XML Schema Documentation

Schema Document Properties
Global Declarations
Global Definitions

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Glossary

Schema Document Properties

Target Namespace	http://qifstandards.org/xsd/qif3
Version	3.0.0
Element and Attribute Namespaces	Global element and attribute declarations belong to this schema's target namespace. By default, local element declarations belong to this schema's target namespace. By default, local attribute declarations have no namespace.
Schema Composition	This schema includes components from the following schema document(s): ../QIFLibrary/IntermediatesPMI.xsd
Documentation	The FeatureTypes.xsd schema file defines types that describe dimensional metrology shape features. Features have four aspects: item, definition, nominal, and measurement. Feature descriptions in natural language are given the documentation of the feature item types. The file also: - defines methods of constructing features - contains the key/keyref pairs that constrain references from feature nominals to feature definitions - defines the substitution groups for feature aspects.

Declared Namespaces

Prefix	Namespace
Default namespace	http://qifstandards.org/xsd/qif3
xml	http://www.w3.org/XML/1998/namespace
xs	http://www.w3.org/2001/XMLSchema
t	http://qifstandards.org/xsd/qif3

Schema Component Representation

<xs:schema targetNamespace="http://qifstandards.org/xsd/qif3" elementFormDefault="qualified" attributeFormDefault="unqualified" version="3.0.0">

<xs:include schemaLocation="../QIFLibrary/IntermediatesPMI.xsd"/>

...

</xs:schema>

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Name	CircleFeatureDefinition
Type	CircleFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global CircleFeatureDefinition element gives information about a circle feature that may be used by more than one feature.

Name	CircleFeatureItem
Type	CircleFeatureItemType
Nillable	no
Abstract	no
Documentation	The global CircleFeatureItem element gives information about a circle feature item.

Name	CircleFeatureMeasurement
Type	CircleFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global CircleFeatureMeasurement element gives information about a circle feature measurement.

Name	CircleFeatureNominal
Type	CircleFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global CircleFeatureNominal element gives nominal information about a unique circle feature.

Name	CircularArcFeatureDefinition
Type	CircularArcFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global CircularArcFeatureDefinition element gives information about a circle feature that may be used by more than one feature.

Name	CircularArcFeatureItem
Type	CircularArcFeatureItemType
Nillable	no
Abstract	no
Documentation	The global CircularArcFeatureItem element gives information about a circular arc feature item.

Name	CircularArcFeatureMeasurement
Type	CircularArcFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global CircularArcFeatureMeasurement element gives information about a circular arc feature measurement.

Name	CircularArcFeatureNominal
Type	CircularArcFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global CircularArcFeatureNominal element gives nominal information about a unique circular arc feature.

Name	ConeFeatureDefinition
Type	ConeFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global ConeFeatureDefinition element gives information about a cone feature that may be used by more than one feature.

Name	ConeFeatureItem
Type	ConeFeatureItemType
Nillable	no
Abstract	no
Documentation	The global ConeFeatureItem element gives information about a cone feature item.

Name	ConeFeatureMeasurement
Type	ConeFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global ConeFeatureMeasurement element gives information about a cone feature measurement.

Name	ConeFeatureNominal
Type	ConeFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global ConeFeatureNominal element gives nominal information about a unique cone feature.

Name	ConicalSegmentFeatureDefinition
Type	ConicalSegmentFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global ConicalSegmentFeatureDefinition element gives information about a conical segment feature that may be used by more than one feature.

Name	ConicalSegmentFeatureItem
Type	ConicalSegmentFeatureItemType
Nillable	no
Abstract	no
Documentation	The global ConicalSegmentFeatureItem element gives information about a conical segment feature item.

Name	ConicalSegmentFeatureMeasurement
Type	ConicalSegmentFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global ConicalSegmentFeatureMeasurement element gives information about a conical segment feature measurement.

Name	ConicalSegmentFeatureNominal
Type	ConicalSegmentFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global ConicalSegmentNominal element gives nominal information about a unique conical segment feature.

Name	CylinderFeatureDefinition
Type	CylinderFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global CylinderFeatureDefinition element gives information about a cylinder feature that may be used by more than one feature.

Name	CylinderFeatureItem
Type	CylinderFeatureItemType
Nillable	no
Abstract	no
Documentation	The global CylinderFeatureItem element gives information about a cylinder feature item.

Name	CylinderFeatureMeasurement
Type	CylinderFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global CylinderFeatureMeasurement element gives information about a cylinder feature measurement.

Name	CylinderFeatureNominal
Type	CylinderFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global CylinderFeatureNominal element gives nominal information about a cylinder feature.

Name	CylindricalSegmentFeatureDefinition
Type	CylindricalSegmentFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global CylindricalSegmentFeatureDefinition element gives information about a cylindrical segment feature that may be used by more than one feature.

Name	CylindricalSegmentFeatureItem
Type	CylindricalSegmentFeatureItemType
Nillable	no
Abstract	no
Documentation	The global CylindricalSegmentFeatureItem element gives information about a cylindrical segment feature item.

Name	CylindricalSegmentFeatureMeasurement
Type	CylindricalSegmentFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global CylindricalSegmentFeatureMeasurement element gives information about a cylindrical segment feature measurement.

Name	CylindricalSegmentFeatureNominal
Type	CylindricalSegmentFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global CylindricalSegmentFeatureNominal element gives nominal information about a unique cylindrical segment feature.

<FeatureDefinitions> FeatureDefinitionsType </FeatureDefinitions> [0..1] ?

<FeatureNominals> FeatureNominalsType </FeatureNominals> [0..1] ?

<FeatureItems> FeatureItemsType </FeatureItems> [0..1] ?

<NominalPointSets> NominalPointSetListType </NominalPointSets> [0..1] ?

</Features>

Schema Component Representation

<xs:element name="Features" type="FeatureAspectsListsType">

<-- START NOMINAL TO DEFINITION KEY/KEYREF PAIRS FOR FEATURES -->

<xs:keyref name="CircularArcFeatureNominalToDefinitionKeyref" refer="CircularArcFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:CircularArcFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:keyref name="CircleFeatureNominalToDefinitionKeyref" refer="CircleFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:CircleFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="CircleFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:CircleFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:key name="CircularArcFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:CircularArcFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="ConeFeatureNominalToDefinitionKeyref" refer="ConeFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:ConeFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="ConeFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:ConeFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="ConicalSegmentFeatureNominalToDefinitionKeyref" refer="ConicalSegmentFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:ConicalSegmentFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="ConicalSegmentFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:ConicalSegmentFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="CylinderFeatureNominalToDefinitionKeyref" refer="CylinderFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:CylinderFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="CylinderFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:CylinderFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="CylindricalSegmentFeatureNominalToDefinitionKeyref" refer="CylindricalSegmentFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:CylindricalSegmentFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="CylindricalSegmentFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:CylindricalSegmentFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="EdgePointFeatureNominalToDefinitionKeyref" refer="EdgePointFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:EdgePointFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="EdgePointFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:EdgePointFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="EllipseFeatureNominalToDefinitionKeyref" refer="EllipseFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:EllipseFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="EllipseFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:EllipseFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="EllipticalArcFeatureNominalToDefinitionKeyref" refer="EllipticalArcFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:EllipticalArcFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="EllipticalArcFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:EllipticalArcFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="ElongatedCircleFeatureNominalToDefinitionKeyref" refer="ElongatedCircleFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:ElongatedCircleFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="ElongatedCircleFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:ElongatedCircleFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="ElongatedCylinderFeatureNominalToDefinitionKeyref" refer="ElongatedCylinderFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:ElongatedCylinderFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="ElongatedCylinderFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:ElongatedCylinderFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="ExtrudedCrossSectionFeatureNominalToDefinitionKeyref" refer="ExtrudedCrossSectionFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:ExtrudedCrossSectionFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="ExtrudedCrossSectionFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:ExtrudedCrossSectionFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="GroupFeatureNominalToDefinitionKeyref" refer="GroupFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:GroupFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="GroupFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:GroupFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="LineFeatureNominalToDefinitionKeyref" refer="LineFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:LineFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="LineFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:LineFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="MarkingFeatureNominalToDefinitionKeyref" refer="MarkingFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:MarkingFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="MarkingFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:MarkingFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="OtherCurveFeatureNominalToDefinitionKeyref" refer="OtherCurveFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:OtherCurveFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="OtherCurveFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:OtherCurveFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="OtherNonShapeFeatureNominalToDefinitionKeyref" refer="OtherNonShapeFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:OtherNonShapeFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="OtherNonShapeFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:OtherNonShapeFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="OtherShapeFeatureNominalToDefinitionKeyref" refer="OtherShapeFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:OtherShapeFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="OtherShapeFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:OtherShapeFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="OtherSurfaceFeatureNominalToDefinitionKeyref" refer="OtherSurfaceFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:OtherSurfaceFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="OtherSurfaceFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:OtherSurfaceFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="PatternFeatureCircleNominalToDefinitionKeyref" refer="PatternFeatureCircleDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:PatternFeatureCircleNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="PatternFeatureCircleDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:PatternFeatureCircleDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="PatternFeatureCircularArcNominalToDefinitionKeyref" refer="PatternFeatureCircularArcDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:PatternFeatureCircularArcNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="PatternFeatureCircularArcDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:PatternFeatureCircularArcDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="PatternFeatureLinearNominalToDefinitionKeyref" refer="PatternFeatureLinearDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:PatternFeatureLinearNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="PatternFeatureLinearDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:PatternFeatureLinearDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="PatternFeatureParallelogramNominalToDefinitionKeyref" refer="PatternFeatureParallelogramDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:PatternFeatureParallelogramNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="PatternFeatureParallelogramDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:PatternFeatureParallelogramDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="PlaneFeatureNominalToDefinitionKeyref" refer="PlaneFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:PlaneFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="PlaneFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:PlaneFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="PointDefinedCurveFeatureNominalToDefinitionKeyref" refer="PointDefinedCurveFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:PointDefinedCurveFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="PointDefinedCurveFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:PointDefinedCurveFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="PointDefinedSurfaceFeatureNominalToDefinitionKeyref" refer="PointDefinedSurfaceFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:PointDefinedSurfaceFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="PointDefinedSurfaceFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:PointDefinedSurfaceFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="OppositeParallelLinesFeatureNominalToDefinitionKeyref" refer="OppositeParallelLinesFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:OppositeParallelLinesFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="OppositeParallelLinesFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:OppositeParallelLinesFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="OppositeAngledLinesFeatureNominalToDefinitionKeyref" refer="OppositeAngledLinesFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:OppositeAngledLinesFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="OppositeAngledLinesFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:OppositeAngledLinesFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="PointFeatureNominalToDefinitionKeyref" refer="PointFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:PointFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="PointFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:PointFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="OppositeParallelPlanesFeatureNominalToDefinitionKeyref" refer="OppositeParallelPlanesFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:OppositeParallelPlanesFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="OppositeParallelPlanesFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions /t:OppositeParallelPlanesFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="OppositeAngledPlanesFeatureNominalToDefinitionKeyref" refer="OppositeAngledPlanesFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:OppositeAngledPlanesFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="OppositeAngledPlanesFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:OppositeAngledPlanesFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="SphereFeatureNominalToDefinitionKeyref" refer="SphereFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:SphereFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="SphereFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:SphereFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="SphericalSegmentFeatureNominalToDefinitionKeyref" refer="SphericalSegmentFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:SphericalSegmentFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="SphericalSegmentFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:SphericalSegmentFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="SurfaceOfRevolutionFeatureNominalToDefinitionKeyref" refer="SurfaceOfRevolutionFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:SurfaceOfRevolutionFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="SurfaceOfRevolutionFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:SurfaceOfRevolutionFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="ThreadedFeatureNominalToDefinitionKeyref" refer="ThreadedFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:ThreadedFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="ThreadedFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:ThreadedFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="ToroidalSegmentFeatureNominalToDefinitionKeyref" refer="ToroidalSegmentFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:ToroidalSegmentFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="ToroidalSegmentFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:ToroidalSegmentFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

<xs:keyref name="TorusFeatureNominalToDefinitionKeyref" refer="TorusFeatureDefinitionKey">

<xs:selector xpath="t:FeatureNominals/t:TorusFeatureNominal"/>

<xs:field xpath="t:FeatureDefinitionId"/>

</xs:keyref>

<xs:key name="TorusFeatureDefinitionKey">

<xs:selector xpath="t:FeatureDefinitions/t:TorusFeatureDefinition"/>

<xs:field xpath="@id"/>

</xs:key>

</xs:element>

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Element: FeatureZone

The following elements can be used wherever this element is referenced:

Name	FeatureZone
Type	FeatureZoneBaseType
Nillable	no
Abstract	yes
Documentation	The global FeatureZone element is the head of a substitution group. Any element that is a member of this group may be substituted for the FeatureZone element anywhere the FeatureZone element may be used in an instance file.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

</FeatureZone>

Schema Component Representation

<xs:element name="FeatureZone" type="FeatureZoneBaseType" abstract="true"/>

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Element: FeatureZoneAreaBetween

This element can be used wherever the following element is referenced:
- FeatureZone

Name	FeatureZoneAreaBetween
Type	FeatureZoneAreaBetweenType
Nillable	no
Abstract	no
Documentation	The global FeatureZoneAreaBetween element gives information about a between feature zone.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<FaceIds> ArrayReferenceFullType </FaceIds> [1] ?

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

End Choice
Start Choice [1]

<FromPointZoneId> QIFReferenceFullType </FromPointZoneId> [1] ?

<FromCurveZoneId> QIFReferenceFullType </FromCurveZoneId> [1] ?

End Choice
Start Choice [1]

<ToPointZoneId> QIFReferenceFullType </ToPointZoneId> [1] ?

<ToCurveZoneId> QIFReferenceFullType </ToCurveZoneId> [1] ?

End Choice

<StartDirection> UnitVectorType </StartDirection> [0..1] ?

<PlaneNormal> UnitVectorType </PlaneNormal> [0..1] ?

</FeatureZoneAreaBetween>

Schema Component Representation

<xs:element name="FeatureZoneAreaBetween" type="FeatureZoneAreaBetweenType" substitutionGroup="FeatureZone"/>

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Element: FeatureZoneAreaCircular

This element can be used wherever the following element is referenced:
- FeatureZone

Name	FeatureZoneAreaCircular
Type	FeatureZoneAreaCircularType
Nillable	no
Abstract	no
Documentation	The global FeatureZoneAreaCircularType element gives information about a circular area of the feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<FaceIds> ArrayReferenceFullType </FaceIds> [1] ?

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

End Choice

<Circle> CircleType </Circle> [1] ?

</FeatureZoneAreaCircular>

Schema Component Representation

<xs:element name="FeatureZoneAreaCircular" type="FeatureZoneAreaCircularType" substitutionGroup="FeatureZone"/>

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Element: FeatureZoneAreaCylindrical

This element can be used wherever the following element is referenced:
- FeatureZone

Name	FeatureZoneAreaCylindrical
Type	FeatureZoneAreaCylindricalType
Nillable	no
Abstract	no
Documentation	The global FeatureZoneAreaCylindrical element gives information about a cylindrical area of the feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<FaceIds> ArrayReferenceFullType </FaceIds> [1] ?

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

End Choice

<Cylinder> CylinderType </Cylinder> [1] ?

</FeatureZoneAreaCylindrical>

Schema Component Representation

<xs:element name="FeatureZoneAreaCylindrical" type="FeatureZoneAreaCylindricalType" substitutionGroup="FeatureZone"/>

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Element: FeatureZoneAreaIrregular

This element can be used wherever the following element is referenced:
- FeatureZone

Name	FeatureZoneAreaIrregular
Type	FeatureZoneAreaIrregularType
Nillable	no
Abstract	no
Documentation	The global FeatureZoneIrregularArea element gives information about an irregular area of the feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<FaceIds> ArrayReferenceFullType </FaceIds> [1] ?

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

End Choice
</FeatureZoneAreaIrregular>

Schema Component Representation

<xs:element name="FeatureZoneAreaIrregular" type="FeatureZoneAreaIrregularType" substitutionGroup="FeatureZone"/>

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Element: FeatureZoneAreaRectangular

This element can be used wherever the following element is referenced:
- FeatureZone

Name	FeatureZoneAreaRectangular
Type	FeatureZoneAreaRectangularType
Nillable	no
Abstract	no
Documentation	The global FeatureZoneRectangularArea element gives information about a rectangular area of the feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<FaceIds> ArrayReferenceFullType </FaceIds> [1] ?

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

End Choice

<Rectangle> RectangleType </Rectangle> [1] ?

</FeatureZoneAreaRectangular>

Schema Component Representation

<xs:element name="FeatureZoneAreaRectangular" type="FeatureZoneAreaRectangularType" substitutionGroup="FeatureZone"/>

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Element: FeatureZoneAreaSpherical

This element can be used wherever the following element is referenced:
- FeatureZone

Name	FeatureZoneAreaSpherical
Type	FeatureZoneAreaSphericalType
Nillable	no
Abstract	no
Documentation	The global FeatureZoneAreaSpherical element gives information about a spherical feature zone.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<FaceIds> ArrayReferenceFullType </FaceIds> [1] ?

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

End Choice

<Sphere> SphereType </Sphere> [1] ?

</FeatureZoneAreaSpherical>

Schema Component Representation

<xs:element name="FeatureZoneAreaSpherical" type="FeatureZoneAreaSphericalType" substitutionGroup="FeatureZone"/>

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Element: FeatureZoneCurveCircular

This element can be used wherever the following element is referenced:
- FeatureZone

Name	FeatureZoneCurveCircular
Type	FeatureZoneCurveCircularType
Nillable	no
Abstract	no
Documentation	The global FeatureZoneCurveCircular element gives information about a circle or arc on the feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

<CurveIds> ArrayReferenceFullType </CurveIds> [1] ?

End Choice

<Circle> CircleType </Circle> [1] ?

</FeatureZoneCurveCircular>

Schema Component Representation

<xs:element name="FeatureZoneCurveCircular" type="FeatureZoneCurveCircularType" substitutionGroup="FeatureZone"/>

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Element: FeatureZoneCurveIrregular

This element can be used wherever the following element is referenced:
- FeatureZone

Name	FeatureZoneCurveIrregular
Type	FeatureZoneCurveIrregularType
Nillable	no
Abstract	no
Documentation	The global FeatureZoneCurveIrregular element gives information about a curve on the feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

<CurveIds> ArrayReferenceFullType </CurveIds> [1] ?

End Choice

<CurvePoints> PolyLineType </CurvePoints> [1] ?

</FeatureZoneCurveIrregular>

Schema Component Representation

<xs:element name="FeatureZoneCurveIrregular" type="FeatureZoneCurveIrregularType" substitutionGroup="FeatureZone"/>

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Element: FeatureZoneCurveLine

This element can be used wherever the following element is referenced:
- FeatureZone

Name	FeatureZoneCurveLine
Type	FeatureZoneCurveLineType
Nillable	no
Abstract	no
Documentation	The global FeatureZoneCurveLine element gives information about a line on the feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

<CurveIds> ArrayReferenceFullType </CurveIds> [1] ?

End Choice

<Line> LineSegmentType </Line> [1] ?

</FeatureZoneCurveLine>

Schema Component Representation

<xs:element name="FeatureZoneCurveLine" type="FeatureZoneCurveLineType" substitutionGroup="FeatureZone"/>

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Element: FeatureZonePoint

This element can be used wherever the following element is referenced:
- FeatureZone

Name	FeatureZonePoint
Type	FeatureZonePointType
Nillable	no
Abstract	no
Documentation	The global FeatureZonePoint element gives information about a point on the feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<VertexId> QIFReferenceFullType </VertexId> [1] ?

<PointId> QIFReferenceFullType </PointId> [1] ?

End Choice

<Point> PointType </Point> [1] ?

</FeatureZonePoint>

Schema Component Representation

<xs:element name="FeatureZonePoint" type="FeatureZonePointType" substitutionGroup="FeatureZone"/>

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Element: FeatureZones

Name	FeatureZones
Type	FeatureZoneListType
Nillable	no
Abstract	no
Documentation	The FeaturesZones element is a list of feature zones.

XML Instance Representation

<FeatureZone> ... </FeatureZone> [1..*] ?

</FeatureZones>

Schema Component Representation

<xs:element name="FeatureZones" type="FeatureZoneListType"/>

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Element: GroupFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	GroupFeatureDefinition
Type	GroupFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global GroupFeatureDefinition element gives information about a group feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<IsProfileGroup> xs:boolean </IsProfileGroup> [0..1] ?

<IsRunoutGroup> xs:boolean </IsRunoutGroup> [0..1] ?

Start Choice [0..1] ?

<IsCountersunkHole> xs:boolean </IsCountersunkHole> [1] ?

<IsCounterboredHole> xs:boolean </IsCounterboredHole> [1] ?

<IsSpotface> xs:boolean </IsSpotface> [1] ?

End Choice
</GroupFeatureDefinition>

Schema Component Representation

<xs:element name="GroupFeatureDefinition" type="GroupFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: GroupFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	GroupFeatureItem
Type	GroupFeatureItemType
Nillable	no
Abstract	no
Documentation	The global GroupFeatureItem element gives information about a group feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

</GroupFeatureItem>

Schema Component Representation

<xs:element name="GroupFeatureItem" type="GroupFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: GroupFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	GroupFeatureMeasurement
Type	GroupFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global GroupFeatureMeasurement element gives information about a group feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

</GroupFeatureMeasurement>

Schema Component Representation

<xs:element name="GroupFeatureMeasurement" type="GroupFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: GroupFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	GroupFeatureNominal
Type	GroupFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global GroupFeatureNominal element gives nominal information about a unique group feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<FeatureNominalIds> ArrayReferenceFullType </FeatureNominalIds> [1] ?

</GroupFeatureNominal>

Schema Component Representation

<xs:element name="GroupFeatureNominal" type="GroupFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: LineFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	LineFeatureDefinition
Type	LineFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global LineFeatureDefinition element gives information about a line feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

</LineFeatureDefinition>

Schema Component Representation

<xs:element name="LineFeatureDefinition" type="LineFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: LineFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	LineFeatureItem
Type	LineFeatureItemType
Nillable	no
Abstract	no
Documentation	The global LineFeatureItem element gives information about a line feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> LineMeasurementDeterminationType </DeterminationMode> [1] ?

</LineFeatureItem>

Schema Component Representation

<xs:element name="LineFeatureItem" type="LineFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: LineFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	LineFeatureMeasurement
Type	LineFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global LineFeatureMeasurement element gives information about a line feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Location> MeasuredPointType </Location> [0..1] ?

<Direction> MeasuredUnitVectorType </Direction> [0..1] ?

<Length> MeasuredLinearValueType </Length> [0..1] ?

<Normal> MeasuredUnitVectorType </Normal> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</LineFeatureMeasurement>

Schema Component Representation

<xs:element name="LineFeatureMeasurement" type="LineFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: LineFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	LineFeatureNominal
Type	LineFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global LineFeatureNominal element gives nominal information about a unique line feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

<Location> PointType </Location> [1] ?

<Direction> UnitVectorType </Direction> [1] ?

<Length> LinearValueType </Length> [0..1] ?

<Normal> UnitVectorType </Normal> [0..1] ?

<Constructed> LineConstructionMethodType </Constructed> [0..1] ?

</LineFeatureNominal>

Schema Component Representation

<xs:element name="LineFeatureNominal" type="LineFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: MarkingFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	MarkingFeatureDefinition
Type	MarkingFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global MarkingFeatureDefinition element gives information about a marking feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Text> xs:string </Text> [1] ?

<MarkingMethod> MarkingMethodType </MarkingMethod> [1] ?

</MarkingFeatureDefinition>

Schema Component Representation

<xs:element name="MarkingFeatureDefinition" type="MarkingFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: MarkingFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	MarkingFeatureItem
Type	MarkingFeatureItemType
Nillable	no
Abstract	no
Documentation	The global MarkingFeatureItem element gives information about a marking feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

</MarkingFeatureItem>

Schema Component Representation

<xs:element name="MarkingFeatureItem" type="MarkingFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: MarkingFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	MarkingFeatureMeasurement
Type	MarkingFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global MarkingFeatureMeasurement element gives information about a marking feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<Text> xs:string </Text> [1] ?

<Location> RectangleType </Location> [1] ?

</MarkingFeatureMeasurement>

Schema Component Representation

<xs:element name="MarkingFeatureMeasurement" type="MarkingFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: MarkingFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	MarkingFeatureNominal
Type	MarkingFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global MarkingFeatureNominal element gives nominal information about a marking feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<Location> RectangleType </Location> [1] ?

</MarkingFeatureNominal>

Schema Component Representation

<xs:element name="MarkingFeatureNominal" type="MarkingFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: MeasuredPointSet

Name	MeasuredPointSet
Type	MeasuredPointSetType
Nillable	no
Abstract	no
Documentation	The global MeasuredPointSet element gives information about a measured point set.

XML Instance Representation

<MeasuredPointSet
count="NaturalType [1] ?"

Attribute group reference (not shown): AttrPoint ?

Attribute group reference (not shown): AttrMeasuredPoint ?

id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Units> OtherUnitsType </Units> [0..1] ?

Start Choice [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [1] ?

<TranformId> QIFReferenceType </TranformId> [1] ?

End Choice
Start Choice [1] ?

<Points> ListDoubleType </Points> [1] ?

<BinaryPoints> ArrayBinaryType </BinaryPoints> [1] ?

End Choice
Start Choice [0..1] ?

<Normals> ListDoubleType </Normals> [1] ?

<BinaryNormals> ArrayBinaryType </BinaryNormals> [1] ?

End Choice
Start Choice [1] ?

<Compensated> xs:boolean </Compensated> [1] ?

<Compensations> ListBooleanType </Compensations> [1] ?

<BinaryCompensated> ArrayBinaryType </BinaryCompensated> [1] ?

End Choice
Start Choice [0..1] ?

<ProbeRadius> xs:decimal </ProbeRadius> [1] ?

<ProbeRadii> ListDoubleType </ProbeRadii> [1] ?

<BinaryProbeRadii> ArrayBinaryType </BinaryProbeRadii> [1] ?

End Choice

<MeasurementDeviceId> QIFReferenceType </MeasurementDeviceId> [0..1] ?

Start Choice [0..1] ?

<SensorId> QIFReferenceType </SensorId> [1] ?

<SensorIds> ListQIFReferenceType </SensorIds> [1] ?

<BinarySensorIds> ArrayBinaryQIFReferenceType </BinarySensorIds> [1] ?

End Choice
Start Choice [0..1] ?

<TipId> QIFReferenceType </TipId> [1] ?

<TipIds> ListQIFReferenceType </TipIds> [1] ?

<BinaryTipIds> ArrayBinaryQIFReferenceType </BinaryTipIds> [1] ?

End Choice
Start Choice [0..1] ?

<MeasurePointNominalIds> ListQIFReferenceFullType </MeasurePointNominalIds> [1] ?

<BinaryMeasurePointNominalIds> ArrayBinaryQIFReferenceFullType </BinaryMeasurePointNominalIds> [1] ?

End Choice
Start Choice [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [1] ?

<TimeStamps> ListDateTimeType </TimeStamps> [1] ?

End Choice
Start Choice [0..1] ?

<Quality> ListDoubleType </Quality> [1] ?

<BinaryQuality> ArrayBinaryType </BinaryQuality> [1] ?

End Choice
Start Choice [0..1] ?

<Deviations> ListDoubleType </Deviations> [1] ?

<BinaryDeviations> ArrayBinaryType </BinaryDeviations> [1] ?

End Choice
Start Choice [0..1] ?

<Colors> ListIntType </Colors> [1] ?

<BinaryColors> ArrayBinaryType </BinaryColors> [1] ?

End Choice
Start Sequence [0..1] ?

<NumberOfFacets> NaturalType </NumberOfFacets> [1] ?

Start Choice [1] ?

<PointIndices> ArrayI3Type </PointIndices> [1] ?

<BinaryPointIndices> ArrayBinaryType </BinaryPointIndices> [1] ?

End Choice
End Sequence
</MeasuredPointSet>

Schema Component Representation

<xs:element name="MeasuredPointSet" type="MeasuredPointSetType"/>

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Element: OppositeAngledLinesFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	OppositeAngledLinesFeatureDefinition
Type	OppositeAngledLinesFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global OppositeAngledLinesFeatureDefinition element gives information about an opposite angled lines feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Width> LinearValueType </Width> [1] ?

<Length> LinearValueType </Length> [0..1] ?

<EndType> SlotEndType </EndType> [1] ?

<TaperAngle> AngularValueType </TaperAngle> [1] ?

<SingleOpenEnd> xs:boolean </SingleOpenEnd> [0..1] ?

<EndRadius1> EndRadiusType </EndRadius1> [0..1] ?

<EndRadius2> EndRadiusType </EndRadius2> [0..1] ?

</OppositeAngledLinesFeatureDefinition>

Schema Component Representation

<xs:element name="OppositeAngledLinesFeatureDefinition" type="OppositeAngledLinesFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: OppositeAngledLinesFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	OppositeAngledLinesFeatureItem
Type	OppositeAngledLinesFeatureItemType
Nillable	no
Abstract	no
Documentation	The global OppositeAngledLinesFeatureItem element gives information about an opposite angled lines feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> OppositeAngledLinesMeasurementDeterminationType </DeterminationMode> [1] ?

</OppositeAngledLinesFeatureItem>

Schema Component Representation

<xs:element name="OppositeAngledLinesFeatureItem" type="OppositeAngledLinesFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: OppositeAngledLinesFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	OppositeAngledLinesFeatureMeasurement
Type	OppositeAngledLinesFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global OppositeAngledLinesFeatureMeasurement element gives information about an opposite angled lines feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<CenterLine> MeasuredPointAndVectorType </CenterLine> [0..1] ?

<Normal> MeasuredUnitVectorType </Normal> [0..1] ?

<Width> MeasuredLinearValueType </Width> [0..1] ?

<WidthMin> MeasuredLinearValueType </WidthMin> [0..1] ?

<WidthMax> MeasuredLinearValueType </WidthMax> [0..1] ?

<Length> MeasuredLinearValueType </Length> [0..1] ?

<LengthMin> MeasuredLinearValueType </LengthMin> [0..1] ?

<LengthMax> MeasuredLinearValueType </LengthMax> [0..1] ?

<TaperAngle> MeasuredAngularValueType </TaperAngle> [0..1] ?

<EndRadius1> MeasuredEndRadiusType </EndRadius1> [0..1] ?

<EndRadius2> MeasuredEndRadiusType </EndRadius2> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</OppositeAngledLinesFeatureMeasurement>

Schema Component Representation

<xs:element name="OppositeAngledLinesFeatureMeasurement" type="OppositeAngledLinesFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: OppositeAngledLinesFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	OppositeAngledLinesFeatureNominal
Type	OppositeAngledLinesFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global OppositeAngledLinesFeatureNominal element gives nominal information about a unique opposite angled lines feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

<CenterLine> PointAndVectorType </CenterLine> [1] ?

<Normal> UnitVectorType </Normal> [1] ?

<Constructed> OppositeAngledLinesConstructionMethodType </Constructed> [0..1] ?

</OppositeAngledLinesFeatureNominal>

Schema Component Representation

<xs:element name="OppositeAngledLinesFeatureNominal" type="OppositeAngledLinesFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: OppositeAngledPlanesFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	OppositeAngledPlanesFeatureDefinition
Type	OppositeAngledPlanesFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global OppositeAngledPlanesFeatureDefinition element gives information about an opposite angled planes feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Width> LinearValueType </Width> [1] ?

<Length> LinearValueType </Length> [0..1] ?

<EndType> SlotEndType </EndType> [1] ?

<Depth> LinearValueType </Depth> [0..1] ?

<Bottom> BottomType </Bottom> [0..1] ?

<SingleOpenEnd> xs:boolean </SingleOpenEnd> [0..1] ?

<EndRadius1> EndRadiusType </EndRadius1> [0..1] ?

<EndRadius2> EndRadiusType </EndRadius2> [0..1] ?

Start Choice [1] ?

<TaperAngle> AngularValueType </TaperAngle> [1] ?

<DraftAngle> AngularValueType </DraftAngle> [1] ?

End Choice
</OppositeAngledPlanesFeatureDefinition>

Schema Component Representation

<xs:element name="OppositeAngledPlanesFeatureDefinition" type="OppositeAngledPlanesFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: OppositeAngledPlanesFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	OppositeAngledPlanesFeatureItem
Type	OppositeAngledPlanesFeatureItemType
Nillable	no
Abstract	no
Documentation	The global OppositeAngledPlanesFeatureItem element gives information about an opposite angled planes feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> OppositeAngledPlanesMeasurementDeterminationType </DeterminationMode> [1] ?

</OppositeAngledPlanesFeatureItem>

Schema Component Representation

<xs:element name="OppositeAngledPlanesFeatureItem" type="OppositeAngledPlanesFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: OppositeAngledPlanesFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	OppositeAngledPlanesFeatureMeasurement
Type	OppositeAngledPlanesFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global OppositeAngledPlanesFeatureMeasurement element gives information about an opposite angled planes feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<CenterPlane> MeasuredPlaneType </CenterPlane> [0..1] ?

<LengthVector> MeasuredUnitVectorType </LengthVector> [0..1] ?

<DepthVector> MeasuredUnitVectorType </DepthVector> [0..1] ?

<Width> MeasuredLinearValueType </Width> [0..1] ?

<WidthMin> MeasuredLinearValueType </WidthMin> [0..1] ?

<WidthMax> MeasuredLinearValueType </WidthMax> [0..1] ?

<Length> MeasuredLinearValueType </Length> [0..1] ?

<LengthMin> MeasuredLinearValueType </LengthMin> [0..1] ?

<LengthMax> MeasuredLinearValueType </LengthMax> [0..1] ?

<Depth> MeasuredLinearValueType </Depth> [0..1] ?

Start Choice [0..1] ?

<TaperAngle> MeasuredAngularValueType </TaperAngle> [1] ?

<DraftAngle> MeasuredAngularValueType </DraftAngle> [1] ?

End Choice

<EndRadius1> MeasuredEndRadiusType </EndRadius1> [0..1] ?

<EndRadius2> MeasuredEndRadiusType </EndRadius2> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</OppositeAngledPlanesFeatureMeasurement>

Schema Component Representation

<xs:element name="OppositeAngledPlanesFeatureMeasurement" type="OppositeAngledPlanesFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: OppositeAngledPlanesFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	OppositeAngledPlanesFeatureNominal
Type	OppositeAngledPlanesFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global OppositeAngledPlanesFeatureNominal element gives nominal information about a unique opposite angled planes feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<CenterPlane> PlaneType </CenterPlane> [1] ?

<LengthVector> UnitVectorType </LengthVector> [0..1] ?

<DepthVector> UnitVectorType </DepthVector> [0..1] ?

<DraftVector> UnitVectorType </DraftVector> [0..1] ?

<Constructed> OppositeAngledPlanesConstructionMethodType </Constructed> [0..1] ?

</OppositeAngledPlanesFeatureNominal>

Schema Component Representation

<xs:element name="OppositeAngledPlanesFeatureNominal" type="OppositeAngledPlanesFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: OppositeParallelLinesFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	OppositeParallelLinesFeatureDefinition
Type	OppositeParallelLinesFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global OppositeParallelLinesFeatureDefinition element gives information about an opposite parallel lines feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Width> LinearValueType </Width> [1] ?

<Length> LinearValueType </Length> [0..1] ?

<EndType> SlotEndType </EndType> [1] ?

<SingleOpenEnd> xs:boolean </SingleOpenEnd> [0..1] ?

<EndRadius1> EndRadiusType </EndRadius1> [0..1] ?

<EndRadius2> EndRadiusType </EndRadius2> [0..1] ?

</OppositeParallelLinesFeatureDefinition>

Schema Component Representation

<xs:element name="OppositeParallelLinesFeatureDefinition" type="OppositeParallelLinesFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: OppositeParallelLinesFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	OppositeParallelLinesFeatureItem
Type	OppositeParallelLinesFeatureItemType
Nillable	no
Abstract	no
Documentation	The global OppositeParallelLinesFeatureItem element gives information about an opposite parallel lines feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> OppositeParallelLinesMeasurementDeterminationType </DeterminationMode> [1] ?

</OppositeParallelLinesFeatureItem>

Schema Component Representation

<xs:element name="OppositeParallelLinesFeatureItem" type="OppositeParallelLinesFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: OppositeParallelLinesFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	OppositeParallelLinesFeatureMeasurement
Type	OppositeParallelLinesFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global OppositeParallelLinesFeatureMeasurement element gives information about an opposite parallel lines feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<CenterLine> MeasuredPointAndVectorType </CenterLine> [0..1] ?

<Normal> MeasuredUnitVectorType </Normal> [0..1] ?

<Width> MeasuredLinearValueType </Width> [0..1] ?

<WidthMin> MeasuredLinearValueType </WidthMin> [0..1] ?

<WidthMax> MeasuredLinearValueType </WidthMax> [0..1] ?

<Length> MeasuredLinearValueType </Length> [0..1] ?

<LengthMin> MeasuredLinearValueType </LengthMin> [0..1] ?

<LengthMax> MeasuredLinearValueType </LengthMax> [0..1] ?

<EndRadius1> MeasuredEndRadiusType </EndRadius1> [0..1] ?

<EndRadius2> MeasuredEndRadiusType </EndRadius2> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</OppositeParallelLinesFeatureMeasurement>

Schema Component Representation

<xs:element name="OppositeParallelLinesFeatureMeasurement" type="OppositeParallelLinesFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: OppositeParallelLinesFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	OppositeParallelLinesFeatureNominal
Type	OppositeParallelLinesFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global OppositeParallelLinesFeatureNominal element gives nominal information about a unique opposite parallel lines feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

<CenterLine> PointAndVectorType </CenterLine> [1] ?

<Normal> UnitVectorType </Normal> [1] ?

<Constructed> OppositeParallelLinesConstructionMethodType </Constructed> [0..1] ?

</OppositeParallelLinesFeatureNominal>

Schema Component Representation

<xs:element name="OppositeParallelLinesFeatureNominal" type="OppositeParallelLinesFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: OppositeParallelPlanesFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	OppositeParallelPlanesFeatureDefinition
Type	OppositeParallelPlanesFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global OppositeParallelPlanesFeatureDefinition element gives information about an opposite parallel planes feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Width> LinearValueType </Width> [1] ?

<Length> LinearValueType </Length> [0..1] ?

<EndType> SlotEndType </EndType> [1] ?

<Depth> LinearValueType </Depth> [0..1] ?

<Bottom> BottomType </Bottom> [0..1] ?

<SingleOpenEnd> xs:boolean </SingleOpenEnd> [0..1] ?

<EndRadius1> EndRadiusType </EndRadius1> [0..1] ?

<EndRadius2> EndRadiusType </EndRadius2> [0..1] ?

</OppositeParallelPlanesFeatureDefinition>

Schema Component Representation

<xs:element name="OppositeParallelPlanesFeatureDefinition" type="OppositeParallelPlanesFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: OppositeParallelPlanesFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	OppositeParallelPlanesFeatureItem
Type	OppositeParallelPlanesFeatureItemType
Nillable	no
Abstract	no
Documentation	The global OppositeParallelPlanesFeatureItem element gives information about an opposite parallel planes feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> OppositeParallelPlanesMeasurementDeterminationType </DeterminationMode> [1] ?

</OppositeParallelPlanesFeatureItem>

Schema Component Representation

<xs:element name="OppositeParallelPlanesFeatureItem" type="OppositeParallelPlanesFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: OppositeParallelPlanesFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	OppositeParallelPlanesFeatureMeasurement
Type	OppositeParallelPlanesFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global OppositeParallelPlanesFeatureMeasurement element gives information about an opposite parallel planes feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<CenterPlane> MeasuredPlaneType </CenterPlane> [0..1] ?

<LengthVector> MeasuredUnitVectorType </LengthVector> [0..1] ?

<DepthVector> MeasuredUnitVectorType </DepthVector> [0..1] ?

<Width> MeasuredLinearValueType </Width> [0..1] ?

<WidthMin> MeasuredLinearValueType </WidthMin> [0..1] ?

<WidthMax> MeasuredLinearValueType </WidthMax> [0..1] ?

<Length> MeasuredLinearValueType </Length> [0..1] ?

<LengthMin> MeasuredLinearValueType </LengthMin> [0..1] ?

<LengthMax> MeasuredLinearValueType </LengthMax> [0..1] ?

<Depth> MeasuredLinearValueType </Depth> [0..1] ?

<EndRadius1> MeasuredEndRadiusType </EndRadius1> [0..1] ?

<EndRadius2> MeasuredEndRadiusType </EndRadius2> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</OppositeParallelPlanesFeatureMeasurement>

Schema Component Representation

<xs:element name="OppositeParallelPlanesFeatureMeasurement" type="OppositeParallelPlanesFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: OppositeParallelPlanesFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	OppositeParallelPlanesFeatureNominal
Type	OppositeParallelPlanesFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global OppositeParallelPlanesFeatureNominal element gives nominal information about a unique opposite parallel planes feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<CenterPlane> PlaneType </CenterPlane> [1] ?

<LengthVector> UnitVectorType </LengthVector> [0..1] ?

<DepthVector> UnitVectorType </DepthVector> [0..1] ?

<Constructed> OppositeParallelPlanesConstructionMethodType </Constructed> [0..1] ?

</OppositeParallelPlanesFeatureNominal>

Schema Component Representation

<xs:element name="OppositeParallelPlanesFeatureNominal" type="OppositeParallelPlanesFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: OtherCurveFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	OtherCurveFeatureDefinition
Type	OtherCurveFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global OtherCurveFeatureDefinition element gives information about an other curve feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

</OtherCurveFeatureDefinition>

Schema Component Representation

<xs:element name="OtherCurveFeatureDefinition" type="OtherCurveFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: OtherCurveFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	OtherCurveFeatureItem
Type	OtherCurveFeatureItemType
Nillable	no
Abstract	no
Documentation	The global OtherCurveFeatureItem element gives information about an other curve feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> OtherCurveMeasurementDeterminationType </DeterminationMode> [1] ?

</OtherCurveFeatureItem>

Schema Component Representation

<xs:element name="OtherCurveFeatureItem" type="OtherCurveFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: OtherCurveFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	OtherCurveFeatureMeasurement
Type	OtherCurveFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global OtherCurveFeatureMeasurement element gives information about an other curve feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

</OtherCurveFeatureMeasurement>

Schema Component Representation

<xs:element name="OtherCurveFeatureMeasurement" type="OtherCurveFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: OtherCurveFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	OtherCurveFeatureNominal
Type	OtherCurveFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global OtherCurveFeatureNominal element gives nominal information about an other curve feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

<Constructed> OtherCurveConstructionMethodType </Constructed> [0..1] ?

</OtherCurveFeatureNominal>

Schema Component Representation

<xs:element name="OtherCurveFeatureNominal" type="OtherCurveFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: OtherNonShapeFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	OtherNonShapeFeatureDefinition
Type	OtherNonShapeFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global OtherNonShapeFeatureDefinition element gives information about an other non-shape feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Description> xs:string </Description> [1] ?

</OtherNonShapeFeatureDefinition>

Schema Component Representation

<xs:element name="OtherNonShapeFeatureDefinition" type="OtherNonShapeFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: OtherNonShapeFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	OtherNonShapeFeatureItem
Type	OtherNonShapeFeatureItemType
Nillable	no
Abstract	no
Documentation	The global OtherNonShapeFeatureItem element gives information about an other non-shape feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

</OtherNonShapeFeatureItem>

Schema Component Representation

<xs:element name="OtherNonShapeFeatureItem" type="OtherNonShapeFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: OtherNonShapeFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	OtherNonShapeFeatureMeasurement
Type	OtherNonShapeFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global OtherNonShapeFeatureMeasurement element gives information about an other non-shape feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

</OtherNonShapeFeatureMeasurement>

Schema Component Representation

<xs:element name="OtherNonShapeFeatureMeasurement" type="OtherNonShapeFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: OtherNonShapeFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	OtherNonShapeFeatureNominal
Type	OtherNonShapeFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global OtherNonShapeFeatureNominal element gives nominal information about an other non-shape feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<ReferenceFeatureNominalIds> ArrayReferenceFullType </ReferenceFeatureNominalIds> [0..1] ?

</OtherNonShapeFeatureNominal>

Schema Component Representation

<xs:element name="OtherNonShapeFeatureNominal" type="OtherNonShapeFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: OtherShapeFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	OtherShapeFeatureDefinition
Type	OtherShapeFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global OtherShapeFeatureDefinition element gives information about an other shape feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Description> xs:string </Description> [1] ?

</OtherShapeFeatureDefinition>

Schema Component Representation

<xs:element name="OtherShapeFeatureDefinition" type="OtherShapeFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: OtherShapeFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	OtherShapeFeatureItem
Type	OtherShapeFeatureItemType
Nillable	no
Abstract	no
Documentation	The global OtherShapeFeatureItem element gives information about an other shape feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> OtherShapeMeasurementDeterminationType </DeterminationMode> [1] ?

</OtherShapeFeatureItem>

Schema Component Representation

<xs:element name="OtherShapeFeatureItem" type="OtherShapeFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: OtherShapeFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	OtherShapeFeatureMeasurement
Type	OtherShapeFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global OtherShapeFeatureMeasurement element gives information about an other shape feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

</OtherShapeFeatureMeasurement>

Schema Component Representation

<xs:element name="OtherShapeFeatureMeasurement" type="OtherShapeFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: OtherShapeFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	OtherShapeFeatureNominal
Type	OtherShapeFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global OtherShapeFeatureNominal element gives nominal information about an other shape feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Constructed> OtherShapeConstructionMethodType </Constructed> [0..1] ?

</OtherShapeFeatureNominal>

Schema Component Representation

<xs:element name="OtherShapeFeatureNominal" type="OtherShapeFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: OtherSurfaceFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	OtherSurfaceFeatureDefinition
Type	OtherSurfaceFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global OtherSurfaceFeatureDefinition element gives information about an other surface feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

</OtherSurfaceFeatureDefinition>

Schema Component Representation

<xs:element name="OtherSurfaceFeatureDefinition" type="OtherSurfaceFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: OtherSurfaceFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	OtherSurfaceFeatureItem
Type	OtherSurfaceFeatureItemType
Nillable	no
Abstract	no
Documentation	The global OtherSurfaceFeatureItem element gives information about an other surface feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> OtherSurfaceMeasurementDeterminationType </DeterminationMode> [1] ?

</OtherSurfaceFeatureItem>

Schema Component Representation

<xs:element name="OtherSurfaceFeatureItem" type="OtherSurfaceFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: OtherSurfaceFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	OtherSurfaceFeatureMeasurement
Type	OtherSurfaceFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global OtherSurfaceFeatureMeasurement element gives information about an other surface feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<PolyLine> PolyLineType </PolyLine> [0..1] ?

</OtherSurfaceFeatureMeasurement>

Schema Component Representation

<xs:element name="OtherSurfaceFeatureMeasurement" type="OtherSurfaceFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: OtherSurfaceFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	OtherSurfaceFeatureNominal
Type	OtherSurfaceFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global OtherSurfaceFeatureNominal element gives nominal information about an other surface feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

Start Choice [0..1]

<PolyLine> PolyLineType </PolyLine> [1] ?

<ClosedSurface> InternalExternalEnumType </ClosedSurface> [1] ?

<Constructed> OtherSurfaceConstructionMethodType </Constructed> [0..1] ?

End Choice
</OtherSurfaceFeatureNominal>

Schema Component Representation

<xs:element name="OtherSurfaceFeatureNominal" type="OtherSurfaceFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: PatternFeatureCircleDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	PatternFeatureCircleDefinition
Type	PatternFeatureCircleDefinitionType
Nillable	no
Abstract	no
Documentation	The global PatternFeatureCircleDefinition element gives information about a pattern feature circle that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<IsProfileGroup> xs:boolean </IsProfileGroup> [0..1] ?

<IsRunoutGroup> xs:boolean </IsRunoutGroup> [0..1] ?

Start Choice [0..1] ?

<IsCountersunkHole> xs:boolean </IsCountersunkHole> [1] ?

<IsCounterboredHole> xs:boolean </IsCounterboredHole> [1] ?

<IsSpotface> xs:boolean </IsSpotface> [1] ?

End Choice

<Diameter> LinearValueType </Diameter> [1] ?

<FeatureDirection> UnitVectorType </FeatureDirection> [0..1] ?

<NumberOfFeatures> NaturalType </NumberOfFeatures> [1] ?

</PatternFeatureCircleDefinition>

Schema Component Representation

<xs:element name="PatternFeatureCircleDefinition" type="PatternFeatureCircleDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: PatternFeatureCircleItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	PatternFeatureCircleItem
Type	PatternFeatureCircleItemType
Nillable	no
Abstract	no
Documentation	The global PatternFeatureCircleItem element gives information about a circle pattern feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

</PatternFeatureCircleItem>

Schema Component Representation

<xs:element name="PatternFeatureCircleItem" type="PatternFeatureCircleItemType" substitutionGroup="FeatureItem"/>

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Element: PatternFeatureCircleNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	PatternFeatureCircleNominal
Type	PatternFeatureCircleNominalType
Nillable	no
Abstract	no
Documentation	The global PatternFeatureCircleNominal element gives nominal information about a unique pattern feature circle.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<FeatureNominalIds> ArrayReferenceFullType </FeatureNominalIds> [1] ?

<Normal> UnitVectorType </Normal> [1] ?

<Center> PointType </Center> [1] ?

<FirstFeatureLocation> QIFReferenceType </FirstFeatureLocation> [1] ?

</PatternFeatureCircleNominal>

Schema Component Representation

<xs:element name="PatternFeatureCircleNominal" type="PatternFeatureCircleNominalType" substitutionGroup="FeatureNominal"/>

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Element: PatternFeatureCircularArcDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	PatternFeatureCircularArcDefinition
Type	PatternFeatureCircularArcDefinitionType
Nillable	no
Abstract	no
Documentation	The global PatternFeatureCircularArcDefinition element gives information about a pattern feature circular arc that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<IsProfileGroup> xs:boolean </IsProfileGroup> [0..1] ?

<IsRunoutGroup> xs:boolean </IsRunoutGroup> [0..1] ?

Start Choice [0..1] ?

<IsCountersunkHole> xs:boolean </IsCountersunkHole> [1] ?

<IsCounterboredHole> xs:boolean </IsCounterboredHole> [1] ?

<IsSpotface> xs:boolean </IsSpotface> [1] ?

End Choice

<ArcRadius> LinearValueType </ArcRadius> [1] ?

<IncrementalArc> AngularValueType </IncrementalArc> [1] ?

<FeatureDirection> UnitVectorType </FeatureDirection> [0..1] ?

<NumberOfFeatures> NaturalType </NumberOfFeatures> [1] ?

</PatternFeatureCircularArcDefinition>

Schema Component Representation

<xs:element name="PatternFeatureCircularArcDefinition" type="PatternFeatureCircularArcDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: PatternFeatureCircularArcItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	PatternFeatureCircularArcItem
Type	PatternFeatureCircularArcItemType
Nillable	no
Abstract	no
Documentation	The global PatternFeatureCircularArcItem element gives information about a circular arc pattern feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

</PatternFeatureCircularArcItem>

Schema Component Representation

<xs:element name="PatternFeatureCircularArcItem" type="PatternFeatureCircularArcItemType" substitutionGroup="FeatureItem"/>

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Element: PatternFeatureCircularArcNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	PatternFeatureCircularArcNominal
Type	PatternFeatureCircularArcNominalType
Nillable	no
Abstract	no
Documentation	The global PatternFeatureCircularArc Nominal element gives nominal information about a unique pattern circular arc feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<FeatureNominalIds> ArrayReferenceFullType </FeatureNominalIds> [1] ?

<Normal> UnitVectorType </Normal> [1] ?

<Center> PointType </Center> [1] ?

<FirstFeatureLocation> QIFReferenceType </FirstFeatureLocation> [1] ?

</PatternFeatureCircularArcNominal>

Schema Component Representation

<xs:element name="PatternFeatureCircularArcNominal" type="PatternFeatureCircularArcNominalType" substitutionGroup="FeatureNominal"/>

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Element: PatternFeatureLinearDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	PatternFeatureLinearDefinition
Type	PatternFeatureLinearDefinitionType
Nillable	no
Abstract	no
Documentation	The global PatternFeatureLinearDefinition element gives information about a pattern feature linear that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<IsProfileGroup> xs:boolean </IsProfileGroup> [0..1] ?

<IsRunoutGroup> xs:boolean </IsRunoutGroup> [0..1] ?

Start Choice [0..1] ?

<IsCountersunkHole> xs:boolean </IsCountersunkHole> [1] ?

<IsCounterboredHole> xs:boolean </IsCounterboredHole> [1] ?

<IsSpotface> xs:boolean </IsSpotface> [1] ?

End Choice

<LineDirection> UnitVectorType </LineDirection> [1] ?

<IncrementalDistance> LinearValueType </IncrementalDistance> [1] ?

<FeatureDirection> UnitVectorType </FeatureDirection> [0..1] ?

<NumberOfFeatures> NaturalType </NumberOfFeatures> [1] ?

</PatternFeatureLinearDefinition>

Schema Component Representation

<xs:element name="PatternFeatureLinearDefinition" type="PatternFeatureLinearDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: PatternFeatureLinearItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	PatternFeatureLinearItem
Type	PatternFeatureLinearItemType
Nillable	no
Abstract	no
Documentation	The global PatternFeatureLinearItem element gives information about a pattern feature linear item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

</PatternFeatureLinearItem>

Schema Component Representation

<xs:element name="PatternFeatureLinearItem" type="PatternFeatureLinearItemType" substitutionGroup="FeatureItem"/>

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Element: PatternFeatureLinearNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	PatternFeatureLinearNominal
Type	PatternFeatureLinearNominalType
Nillable	no
Abstract	no
Documentation	The global PatternFeatureLinearNominal element gives nominal information about a unique pattern feature linear.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<FeatureNominalIds> ArrayReferenceFullType </FeatureNominalIds> [1] ?

<FirstFeatureLocation> QIFReferenceType </FirstFeatureLocation> [1] ?

</PatternFeatureLinearNominal>

Schema Component Representation

<xs:element name="PatternFeatureLinearNominal" type="PatternFeatureLinearNominalType" substitutionGroup="FeatureNominal"/>

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Element: PatternFeatureParallelogramDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	PatternFeatureParallelogramDefinition
Type	PatternFeatureParallelogramDefinitionType
Nillable	no
Abstract	no
Documentation	The global PatternFeatureParallelogramDefinition element gives information about a pattern feature parallelogram that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<IsProfileGroup> xs:boolean </IsProfileGroup> [0..1] ?

<IsRunoutGroup> xs:boolean </IsRunoutGroup> [0..1] ?

Start Choice [0..1] ?

<IsCountersunkHole> xs:boolean </IsCountersunkHole> [1] ?

<IsCounterboredHole> xs:boolean </IsCounterboredHole> [1] ?

<IsSpotface> xs:boolean </IsSpotface> [1] ?

End Choice

<AlongRowDirection> VectorType </AlongRowDirection> [1] ?

<IncrementalRowDistance> LinearValueType </IncrementalRowDistance> [1] ?

<BetweenRowDirection> VectorType </BetweenRowDirection> [1] ?

<RowSeparationDistance> LinearValueType </RowSeparationDistance> [1] ?

<FeatureDirection> UnitVectorType </FeatureDirection> [0..1] ?

<NumberOfFeaturesPerRow> NaturalType </NumberOfFeaturesPerRow> [1] ?

<NumberOfRows> NaturalType </NumberOfRows> [1] ?

</PatternFeatureParallelogramDefinition>

Schema Component Representation

<xs:element name="PatternFeatureParallelogramDefinition" type="PatternFeatureParallelogramDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: PatternFeatureParallelogramItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	PatternFeatureParallelogramItem
Type	PatternFeatureParallelogramItemType
Nillable	no
Abstract	no
Documentation	The global PatternFeatureParallelogram Item element gives information about a pattern feature parallelogram item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

</PatternFeatureParallelogramItem>

Schema Component Representation

<xs:element name="PatternFeatureParallelogramItem" type="PatternFeatureParallelogramItemType" substitutionGroup="FeatureItem"/>

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Element: PatternFeatureParallelogramNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	PatternFeatureParallelogramNominal
Type	PatternFeatureParallelogramNominalType
Nillable	no
Abstract	no
Documentation	The global PatternFeatureParallelogramNominal element gives nominal information about a unique pattern feature parallelogram.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<FeatureNominalIds> ArrayReferenceFullType </FeatureNominalIds> [1] ?

<FirstFeatureLocation> QIFReferenceType </FirstFeatureLocation> [1] ?

</PatternFeatureParallelogramNominal>

Schema Component Representation

<xs:element name="PatternFeatureParallelogramNominal" type="PatternFeatureParallelogramNominalType" substitutionGroup="FeatureNominal"/>

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Element: PlaneFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	PlaneFeatureDefinition
Type	PlaneFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global PlaneFeatureDefinition element gives information about a plane feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

</PlaneFeatureDefinition>

Schema Component Representation

<xs:element name="PlaneFeatureDefinition" type="PlaneFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: PlaneFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	PlaneFeatureItem
Type	PlaneFeatureItemType
Nillable	no
Abstract	no
Documentation	The global PlaneFeatureItem element gives information about a plane feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> PlaneMeasurementDeterminationType </DeterminationMode> [1] ?

</PlaneFeatureItem>

Schema Component Representation

<xs:element name="PlaneFeatureItem" type="PlaneFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: PlaneFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	PlaneFeatureMeasurement
Type	PlaneFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global PlaneFeatureMeasurement element gives information about a plane feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Location> MeasuredPointType </Location> [0..1] ?

<Normal> MeasuredUnitVectorType </Normal> [0..1] ?

<PolyLine> PolyLineType </PolyLine> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</PlaneFeatureMeasurement>

Schema Component Representation

<xs:element name="PlaneFeatureMeasurement" type="PlaneFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: PlaneFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	PlaneFeatureNominal
Type	PlaneFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global PlaneFeatureNominal element gives nominal information about a unique plane feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Location> PointType </Location> [1] ?

<Normal> UnitVectorType </Normal> [1] ?

Start Choice [0..1] ?

<PolyLine> PolyLineType </PolyLine> [1] ?

<Rectangle> RectangleType </Rectangle> [1] ?

<Circle> CircleType </Circle> [1] ?

End Choice

<Constructed> PlaneConstructionMethodType </Constructed> [0..1] ?

</PlaneFeatureNominal>

Schema Component Representation

<xs:element name="PlaneFeatureNominal" type="PlaneFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: PointDefinedCurveFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	PointDefinedCurveFeatureDefinition
Type	PointDefinedCurveFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global PointDefinedCurveFeatureDefinition element gives information about a point-defined curve feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

</PointDefinedCurveFeatureDefinition>

Schema Component Representation

<xs:element name="PointDefinedCurveFeatureDefinition" type="PointDefinedCurveFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: PointDefinedCurveFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	PointDefinedCurveFeatureItem
Type	PointDefinedCurveFeatureItemType
Nillable	no
Abstract	no
Documentation	The global PointDefinedCurveFeatureItem element gives information about a point-defined curve feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> PointDefinedCurveMeasurementDeterminationType </DeterminationMode> [1] ?

</PointDefinedCurveFeatureItem>

Schema Component Representation

<xs:element name="PointDefinedCurveFeatureItem" type="PointDefinedCurveFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: PointDefinedCurveFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	PointDefinedCurveFeatureMeasurement
Type	PointDefinedCurveFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global PointDefinedCurveFeatureMeasurement element gives information about a point-defined curve feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<DefiningPoints> DefiningPointsMeasurementType </DefiningPoints> [0..1] ?

<Plane> MeasuredPlaneType </Plane> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</PointDefinedCurveFeatureMeasurement>

Schema Component Representation

<xs:element name="PointDefinedCurveFeatureMeasurement" type="PointDefinedCurveFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: PointDefinedCurveFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	PointDefinedCurveFeatureNominal
Type	PointDefinedCurveFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global PointDefinedCurveFeatureNominal element gives nominal information about a unique point-defined curve feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

<DefiningPoints> DefiningPointsNominalType </DefiningPoints> [1] ?

<Plane> PlaneType </Plane> [0..1] ?

<Constructed> PointDefinedCurveConstructionMethodType </Constructed> [0..1] ?

</PointDefinedCurveFeatureNominal>

Schema Component Representation

<xs:element name="PointDefinedCurveFeatureNominal" type="PointDefinedCurveFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: PointDefinedSurfaceFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	PointDefinedSurfaceFeatureDefinition
Type	PointDefinedSurfaceFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global PointDefinedSurfaceFeatureDefinition element gives information about a point-defined surface feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

</PointDefinedSurfaceFeatureDefinition>

Schema Component Representation

<xs:element name="PointDefinedSurfaceFeatureDefinition" type="PointDefinedSurfaceFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: PointDefinedSurfaceFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	PointDefinedSurfaceFeatureItem
Type	PointDefinedSurfaceFeatureItemType
Nillable	no
Abstract	no
Documentation	The global PointDefinedSurfaceFeatureItem element gives information about a point-defined surface feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> PointDefinedSurfaceMeasurementDeterminationType </DeterminationMode> [1] ?

</PointDefinedSurfaceFeatureItem>

Schema Component Representation

<xs:element name="PointDefinedSurfaceFeatureItem" type="PointDefinedSurfaceFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: PointDefinedSurfaceFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	PointDefinedSurfaceFeatureMeasurement
Type	PointDefinedSurfaceFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global PointDefinedSurfaceFeatureMeasurement element gives information about a point-defined surface feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<DefiningPoints> DefiningPointsMeasurementType </DefiningPoints> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</PointDefinedSurfaceFeatureMeasurement>

Schema Component Representation

<xs:element name="PointDefinedSurfaceFeatureMeasurement" type="PointDefinedSurfaceFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: PointDefinedSurfaceFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	PointDefinedSurfaceFeatureNominal
Type	PointDefinedSurfaceFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global PointDefinedSurfaceFeatureNominal element gives nominal information about a unique point-defined surface feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<DefiningPoints> DefiningPointsNominalType </DefiningPoints> [1] ?

<Constructed> PointDefinedSurfaceConstructionMethodType </Constructed> [0..1] ?

</PointDefinedSurfaceFeatureNominal>

Schema Component Representation

<xs:element name="PointDefinedSurfaceFeatureNominal" type="PointDefinedSurfaceFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: PointFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	PointFeatureDefinition
Type	PointFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global PointFeatureDefinition element gives information about a point feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

</PointFeatureDefinition>

Schema Component Representation

<xs:element name="PointFeatureDefinition" type="PointFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: PointFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	PointFeatureItem
Type	PointFeatureItemType
Nillable	no
Abstract	no
Documentation	The global PointFeatureItem element gives information about a point feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> PointMeasurementDeterminationType </DeterminationMode> [1] ?

</PointFeatureItem>

Schema Component Representation

<xs:element name="PointFeatureItem" type="PointFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: PointFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	PointFeatureMeasurement
Type	PointFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global PointFeatureMeasurement element gives information about a point feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Location> MeasuredPointType </Location> [0..1] ?

<Normal> MeasuredUnitVectorType </Normal> [0..1] ?

</PointFeatureMeasurement>

Schema Component Representation

<xs:element name="PointFeatureMeasurement" type="PointFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: PointFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	PointFeatureNominal
Type	PointFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global PointFeatureNominal element gives nominal information about a unique point feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

Start Choice [0..1]

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [1] ?

<CurveFeatureNominalId> QIFReferenceFullType </CurveFeatureNominalId> [1] ?

End Choice

<Location> PointType </Location> [1] ?

<Normal> UnitVectorType </Normal> [0..1] ?

<Constructed> PointConstructionMethodType </Constructed> [0..1] ?

</PointFeatureNominal>

Schema Component Representation

<xs:element name="PointFeatureNominal" type="PointFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: PointSetId

The following elements can be used wherever this element is referenced:

Name	PointSetId
Type	PointSetReferenceBaseType
Nillable	no
Abstract	yes
Documentation	The abstract global PointSetId element is the head of a substitution group. Any element that is a member of the group may be substituted for the PointSetId element anywhere the PointSetId element could be used in an instance file. The allowed substitutes are all derived from PointSetReferenceBaseType.

XML Instance Representation

<PointSetId> PointSetReferenceBaseType </PointSetId>

Schema Component Representation

<xs:element name="PointSetId" type="PointSetReferenceBaseType" abstract="true"/>

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Element: RangePointSetId

This element can be used wherever the following element is referenced:
- PointSetId

Name	RangePointSetId
Type	PointSetReferenceRangeType
Nillable	no
Abstract	no
Documentation	The global RangePointSetId element gives information about a reference to a range of points in a point set.

XML Instance Representation

<RangePointSetId> PointSetReferenceRangeType </RangePointSetId>

Schema Component Representation

<xs:element name="RangePointSetId" type="PointSetReferenceRangeType" substitutionGroup="PointSetId"/>

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Element: SinglePointSetId

This element can be used wherever the following element is referenced:
- PointSetId

Name	SinglePointSetId
Type	PointSetReferenceSingleType
Nillable	no
Abstract	no
Documentation	The global SinglePointSetId element gives information about a reference to a single point in a point set.

XML Instance Representation

<SinglePointSetId> PointSetReferenceSingleType </SinglePointSetId>

Schema Component Representation

<xs:element name="SinglePointSetId" type="PointSetReferenceSingleType" substitutionGroup="PointSetId"/>

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Element: SphereFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	SphereFeatureDefinition
Type	SphereFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global SphereFeatureDefinition element gives information about a sphere feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Diameter> LinearValueType </Diameter> [1] ?

</SphereFeatureDefinition>

Schema Component Representation

<xs:element name="SphereFeatureDefinition" type="SphereFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: SphereFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	SphereFeatureItem
Type	SphereFeatureItemType
Nillable	no
Abstract	no
Documentation	The global SphereFeatureItem element gives information about a sphere feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> SphereMeasurementDeterminationType </DeterminationMode> [1] ?

</SphereFeatureItem>

Schema Component Representation

<xs:element name="SphereFeatureItem" type="SphereFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: SphereFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	SphereFeatureMeasurement
Type	SphereFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global SphereFeatureMeasurement element gives information about a sphere feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Location> MeasuredPointType </Location> [0..1] ?

<Diameter> MeasuredLinearValueType </Diameter> [0..1] ?

<DiameterMin> MeasuredLinearValueType </DiameterMin> [0..1] ?

<DiameterMax> MeasuredLinearValueType </DiameterMax> [0..1] ?

<LatitudeLongitudeSweepMeasurementRange> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweepMeasurementRange> [0..1] ?

<LatitudeLongitudeSweepFull> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweepFull> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</SphereFeatureMeasurement>

Schema Component Representation

<xs:element name="SphereFeatureMeasurement" type="SphereFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: SphereFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	SphereFeatureNominal
Type	SphereFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global SphereFeatureNominal element gives nominal information about a unique sphere feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Location> PointType </Location> [1] ?

<LatitudeLongitudeSweep> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweep> [0..1] ?

<Constructed> SphereConstructionMethodType </Constructed> [0..1] ?

</SphereFeatureNominal>

Schema Component Representation

<xs:element name="SphereFeatureNominal" type="SphereFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: SphericalSegmentFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	SphericalSegmentFeatureDefinition
Type	SphericalSegmentFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global SphericalSegmentFeatureDefinition element gives information about a spherical segment feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Diameter> LinearValueType </Diameter> [1] ?

</SphericalSegmentFeatureDefinition>

Schema Component Representation

<xs:element name="SphericalSegmentFeatureDefinition" type="SphericalSegmentFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: SphericalSegmentFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	SphericalSegmentFeatureItem
Type	SphericalSegmentFeatureItemType
Nillable	no
Abstract	no
Documentation	The global SphericalSegmentFeatureItem element gives information about a spherical segment feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> SphericalSegmentMeasurementDeterminationType </DeterminationMode> [1] ?

</SphericalSegmentFeatureItem>

Schema Component Representation

<xs:element name="SphericalSegmentFeatureItem" type="SphericalSegmentFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: SphericalSegmentFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	SphericalSegmentFeatureMeasurement
Type	SphericalSegmentFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global SphericalSegmentFeatureMeasurement element gives information about a spherical segment feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Location> MeasuredPointType </Location> [0..1] ?

<Diameter> MeasuredLinearValueType </Diameter> [0..1] ?

<DiameterMin> MeasuredLinearValueType </DiameterMin> [0..1] ?

<DiameterMax> MeasuredLinearValueType </DiameterMax> [0..1] ?

<LatitudeLongitudeSweepMeasurementRange> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweepMeasurementRange> [0..1] ?

<LatitudeLongitudeSweepFull> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweepFull> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</SphericalSegmentFeatureMeasurement>

Schema Component Representation

<xs:element name="SphericalSegmentFeatureMeasurement" type="SphericalSegmentFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: SphericalSegmentFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	SphericalSegmentFeatureNominal
Type	SphericalSegmentFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global SphericalSegmentFeatureNominal element gives nominal information about a unique spherical segment feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Location> PointType </Location> [1] ?

<LatitudeLongitudeSweep> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweep> [1] ?

<Constructed> SphericalSegmentConstructionMethodType </Constructed> [0..1] ?

</SphericalSegmentFeatureNominal>

Schema Component Representation

<xs:element name="SphericalSegmentFeatureNominal" type="SphericalSegmentFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: SurfaceOfRevolutionFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	SurfaceOfRevolutionFeatureDefinition
Type	SurfaceOfRevolutionFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global SurfaceOfRevolutionFeatureDefinition element gives information about a surface of revolution feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Length> LinearValueType </Length> [0..1] ?

</SurfaceOfRevolutionFeatureDefinition>

Schema Component Representation

<xs:element name="SurfaceOfRevolutionFeatureDefinition" type="SurfaceOfRevolutionFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: SurfaceOfRevolutionFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	SurfaceOfRevolutionFeatureItem
Type	SurfaceOfRevolutionFeatureItemType
Nillable	no
Abstract	no
Documentation	The global SurfaceOfRevolutionFeatureItem element gives information about a surface of revolution feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> SurfaceOfRevolutionMeasurementDeterminationType </DeterminationMode> [1] ?

</SurfaceOfRevolutionFeatureItem>

Schema Component Representation

<xs:element name="SurfaceOfRevolutionFeatureItem" type="SurfaceOfRevolutionFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: SurfaceOfRevolutionFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	SurfaceOfRevolutionFeatureMeasurement
Type	SurfaceOfRevolutionFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global SurfaceOfRevolutionFeatureMeasurement element gives information about a surface of revolution feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Axis> MeasuredAxisType </Axis> [0..1] ?

<SweepMeasurementRange> SweepType </SweepMeasurementRange> [0..1] ?

<SweepFull> SweepType </SweepFull> [0..1] ?

<Length> MeasuredLinearValueType </Length> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</SurfaceOfRevolutionFeatureMeasurement>

Schema Component Representation

<xs:element name="SurfaceOfRevolutionFeatureMeasurement" type="SurfaceOfRevolutionFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: SurfaceOfRevolutionFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	SurfaceOfRevolutionFeatureNominal
Type	SurfaceOfRevolutionFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global SurfaceOfRevolutionFeatureNominal element gives nominal information about a unique surface of revolution feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Axis> AxisType </Axis> [1] ?

<Sweep> SweepType </Sweep> [0..1] ?

<ReferenceFeatureNominalId> QIFReferenceFullType </ReferenceFeatureNominalId> [0..1] ?

<Constructed> SurfaceOfRevolutionConstructionMethodType </Constructed> [0..1] ?

</SurfaceOfRevolutionFeatureNominal>

Schema Component Representation

<xs:element name="SurfaceOfRevolutionFeatureNominal" type="SurfaceOfRevolutionFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: ThreadedFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	ThreadedFeatureDefinition
Type	ThreadedFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global ThreadedFeatureDefinition element gives information about a threaded feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<ThreadSpecificationId> QIFReferenceType </ThreadSpecificationId> [1] ?

<Length> LinearValueType </Length> [0..1] ?

<Bottom> BottomType </Bottom> [0..1] ?

</ThreadedFeatureDefinition>

Schema Component Representation

<xs:element name="ThreadedFeatureDefinition" type="ThreadedFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: ThreadedFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	ThreadedFeatureItem
Type	ThreadedFeatureItemType
Nillable	no
Abstract	no
Documentation	The global ThreadedFeatureItem element gives information about a threaded feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> ThreadedFeatureMeasurementDeterminationType </DeterminationMode> [1] ?

</ThreadedFeatureItem>

Schema Component Representation

<xs:element name="ThreadedFeatureItem" type="ThreadedFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: ThreadedFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	ThreadedFeatureMeasurement
Type	ThreadedFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global ThreadedFeatureMeasurement element gives information about a threaded feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Axis> MeasuredAxisType </Axis> [0..1] ?

<PitchDiameter> MeasuredLinearValueType </PitchDiameter> [0..1] ?

<FunctionalSize> MeasuredLinearValueType </FunctionalSize> [0..1] ?

<Length> MeasuredLinearValueType </Length> [0..1] ?

</ThreadedFeatureMeasurement>

Schema Component Representation

<xs:element name="ThreadedFeatureMeasurement" type="ThreadedFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: ThreadedFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	ThreadedFeatureNominal
Type	ThreadedFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global ThreadedFeatureNominal element gives nominal information about a unique threaded feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Axis> AxisType </Axis> [1] ?

<Constructed> ThreadedFeatureConstructionMethodType </Constructed> [0..1] ?

</ThreadedFeatureNominal>

Schema Component Representation

<xs:element name="ThreadedFeatureNominal" type="ThreadedFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: ToroidalSegmentFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	ToroidalSegmentFeatureDefinition
Type	ToroidalSegmentFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global ToroidalSegmentFeatureDefinition element gives information about a toroidal segment feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<MinorDiameter> LinearValueType </MinorDiameter> [1] ?

<MajorDiameter> LinearValueType </MajorDiameter> [1] ?

</ToroidalSegmentFeatureDefinition>

Schema Component Representation

<xs:element name="ToroidalSegmentFeatureDefinition" type="ToroidalSegmentFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: ToroidalSegmentFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	ToroidalSegmentFeatureItem
Type	ToroidalSegmentFeatureItemType
Nillable	no
Abstract	no
Documentation	The global ToroidalSegmentFeatureItem element gives information about a toroidal segment feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> ToroidalSegmentMeasurementDeterminationType </DeterminationMode> [1] ?

</ToroidalSegmentFeatureItem>

Schema Component Representation

<xs:element name="ToroidalSegmentFeatureItem" type="ToroidalSegmentFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: ToroidalSegmentFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	ToroidalSegmentFeatureMeasurement
Type	ToroidalSegmentFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global ToroidalSegmentFeatureMeasurement element gives information about a toroidal segment feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Location> MeasuredPointType </Location> [0..1] ?

<AxisVector> MeasuredUnitVectorType </AxisVector> [0..1] ?

<MinorDiameter> MeasuredLinearValueType </MinorDiameter> [0..1] ?

<MajorDiameter> MeasuredLinearValueType </MajorDiameter> [0..1] ?

<LatitudeLongitudeSweepMeasurementRange> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweepMeasurementRange> [0..1] ?

<LatitudeLongitudeSweepFull> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweepFull> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</ToroidalSegmentFeatureMeasurement>

Schema Component Representation

<xs:element name="ToroidalSegmentFeatureMeasurement" type="ToroidalSegmentFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: ToroidalSegmentFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	ToroidalSegmentFeatureNominal
Type	ToroidalSegmentFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global ToroidalSegmentFeatureNominal element gives nominal information about a unique toroidal segment feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Location> PointType </Location> [1] ?

<AxisVector> UnitVectorType </AxisVector> [1] ?

<LatitudeLongitudeSweep> LatitudeLongitudeSweepType </LatitudeLongitudeSweep> [1] ?

<Constructed> ToroidalSegmentConstructionMethodType </Constructed> [0..1] ?

</ToroidalSegmentFeatureNominal>

Schema Component Representation

<xs:element name="ToroidalSegmentFeatureNominal" type="ToroidalSegmentFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: TorusFeatureDefinition

This element can be used wherever the following element is referenced:
- FeatureDefinition

Name	TorusFeatureDefinition
Type	TorusFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global TorusFeatureDefinition element gives information about a torus feature that may be used by more than one feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<MinorDiameter> LinearValueType </MinorDiameter> [1] ?

<MajorDiameter> LinearValueType </MajorDiameter> [1] ?

</TorusFeatureDefinition>

Schema Component Representation

<xs:element name="TorusFeatureDefinition" type="TorusFeatureDefinitionType" substitutionGroup="FeatureDefinition"/>

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Element: TorusFeatureItem

This element can be used wherever the following element is referenced:
- FeatureItem

Name	TorusFeatureItem
Type	TorusFeatureItemType
Nillable	no
Abstract	no
Documentation	The global TorusFeatureItem element gives information about a Torus feature item.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> TorusMeasurementDeterminationType </DeterminationMode> [1] ?

</TorusFeatureItem>

Schema Component Representation

<xs:element name="TorusFeatureItem" type="TorusFeatureItemType" substitutionGroup="FeatureItem"/>

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Element: TorusFeatureMeasurement

This element can be used wherever the following element is referenced:
- FeatureMeasurement

Name	TorusFeatureMeasurement
Type	TorusFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global TorusFeatureMeasurement element gives information about a torus feature measurement.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Location> MeasuredPointType </Location> [0..1] ?

<AxisVector> MeasuredUnitVectorType </AxisVector> [0..1] ?

<MinorDiameter> MeasuredLinearValueType </MinorDiameter> [0..1] ?

<MajorDiameter> MeasuredLinearValueType </MajorDiameter> [0..1] ?

<LatitudeLongitudeSweepMeasurementRange> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweepMeasurementRange> [0..1] ?

<LatitudeLongitudeSweepFull> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweepFull> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</TorusFeatureMeasurement>

Schema Component Representation

<xs:element name="TorusFeatureMeasurement" type="TorusFeatureMeasurementType" substitutionGroup="FeatureMeasurement"/>

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Element: TorusFeatureNominal

This element can be used wherever the following element is referenced:
- FeatureNominal

Name	TorusFeatureNominal
Type	TorusFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global TorusFeatureNominal element gives nominal information about a unique torus feature.

XML Instance Representation

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Location> PointType </Location> [1] ?

<AxisVector> UnitVectorType </AxisVector> [1] ?

<LatitudeLongitudeSweep> LatitudeLongitudeSweepType </LatitudeLongitudeSweep> [0..1] ?

<Constructed> TorusConstructionMethodType </Constructed> [0..1] ?

</TorusFeatureNominal>

Schema Component Representation

<xs:element name="TorusFeatureNominal" type="TorusFeatureNominalType" substitutionGroup="FeatureNominal"/>

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Element: WholePointSetId

This element can be used wherever the following element is referenced:
- PointSetId

Name	WholePointSetId
Type	PointSetReferenceWholeType
Nillable	no
Abstract	no
Documentation	The global WholePointSetId element gives information about a reference to a whole point set.

XML Instance Representation

<WholePointSetId> PointSetReferenceWholeType </WholePointSetId>

Schema Component Representation

<xs:element name="WholePointSetId" type="PointSetReferenceWholeType" substitutionGroup="PointSetId"/>

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Global Definitions

Complex Type: BaseFeaturePointListType

Super-types:	None
Sub-types:	None

Name	BaseFeaturePointListType
Abstract	no
Documentation	The BaseFeaturePointListType defines a list of base feature points to be used in the construction of a re-compensated-for-probe-size best-fit feature. Each feature recompensation type will have a minimum number of points this list must contain.

XML Instance Representation

<...
n="NaturalType [1] ?">

<BaseFeaturePointSet> BaseFeaturePointSetType </BaseFeaturePointSet> [1..*] ?

</...>

Schema Component Representation

<xs:complexType name="BaseFeaturePointListType">

<xs:sequence>

<xs:element name="BaseFeaturePointSet" type="BaseFeaturePointSetType" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:complexType>

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Complex Type: BaseFeaturePointSetType

Super-types:	None
Sub-types:	None

Name	BaseFeaturePointSetType
Abstract	no
Documentation	The BaseFeaturePointSetType defines a measurement point or points from a feature to be used in a re-compensated-for-probe-size best-fit.

XML Instance Representation

<...>

<FeatureId> QIFReferenceType </FeatureId> [1] ?

<PointIndex> PointIndexType </PointIndex> [1] ?

<ReferencedComponent> ReferencedComponentEnumType </ReferencedComponent> [1] ?

<SequenceNumber> NaturalType </SequenceNumber> [1] ?

</...>

Schema Component Representation

<xs:complexType name="BaseFeaturePointSetType">

<xs:sequence>

<xs:element name="FeatureId" type="QIFReferenceType"/>

<xs:element name="PointIndex" type="PointIndexType"/>

<xs:element name="ReferencedComponent" type="ReferencedComponentEnumType"/>

<xs:element name="SequenceNumber" type="NaturalType"/>

</xs:sequence>

</xs:complexType>

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Complex Type: CircleBestFitType

Super-types:	ConstructionMethodBaseType < CircleBestFitType (by extension)
Sub-types:	None

Name	CircleBestFitType
Abstract	no
Documentation	The CircleBestFitType defines the information for a best-fit circle which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the circle.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [3..*] ?

</...>

Schema Component Representation

<xs:complexType name="CircleBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="3" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircleCastType

Super-types:	ConstructionMethodBaseType < CircleCastType (by extension)
Sub-types:	None

Name	CircleCastType
Abstract	no
Documentation	The CircleCastType defines a circle construction by the casting of another feature type to a circle. The location, vector and size are copied from the base feature. Any information not available on the base feature will remain at nominal. For example, a cast sphere will create a circle with center and diameter taken from the sphere but it will retain its nominal normal vector.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CircleCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircleCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	CircleCheckedFeatureType
Abstract	no
Documentation	The CircleCheckedFeatureType defines that a circle feature is checked.

XML Instance Representation

<...>

<CheckDetails> CircleCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="CircleCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="CircleCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: CircleCheckedType

Super-types:	None
Sub-types:	None

Name	CircleCheckedType
Abstract	no
Documentation	The CircleCheckedType defines how the circle measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> CircleConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="CircleCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="CircleConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: CircleConstructionMethodType

Super-types:	None
Sub-types:	None

Name	CircleConstructionMethodType
Abstract	no
Documentation	The CircleConstructionMethodType defines the method for constructing a unique nominal or measured circle feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> CircleBestFitType </BestFit> [1] ?

<Recompensated> CircleRecompType </Recompensated> [1] ?

<Intersection> CircleIntersectionType </Intersection> [1] ?

<Projection> CircleProjectionType </Projection> [1] ?

<Copy> CircleCopyType </Copy> [1] ?

<Cast> CircleCastType </Cast> [1] ?

<Tangent> CircleTangentType </Tangent> [1] ?

<TangentThrough> CircleTangentThroughType </TangentThrough> [1] ?

<Transform> CircleTransformType </Transform> [1] ?

<FromCone> CircleFromConeType </FromCone> [1] ?

<FromScan> CircleFromScanType </FromScan> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="CircleConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="CircleBestFitType"/>

<xs:element name="Recompensated" type="CircleRecompType"/>

<xs:element name="Intersection" type="CircleIntersectionType"/>

<xs:element name="Projection" type="CircleProjectionType"/>

<xs:element name="Copy" type="CircleCopyType"/>

<xs:element name="Cast" type="CircleCastType"/>

<xs:element name="Tangent" type="CircleTangentType"/>

<xs:element name="TangentThrough" type="CircleTangentThroughType"/>

<xs:element name="Transform" type="CircleTransformType"/>

<xs:element name="FromCone" type="CircleFromConeType"/>

<xs:element name="FromScan" type="CircleFromScanType"/>

</xs:choice>

</xs:complexType>

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Complex Type: CircleCopyType

Super-types:	ConstructionMethodBaseType < CircleCopyType (by extension)
Sub-types:	None

Name	CircleCopyType
Abstract	no
Documentation	The CircleCopyType defines a copied circle construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseCircle> BaseFeatureType </BaseCircle> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CircleCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseCircle" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircleFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < CurveFeatureDefinitionBaseType (by extension) < CircleFeatureDefinitionType (by extension)
Sub-types:	None

Name	CircleFeatureDefinitionType
Abstract	no
Documentation	The CircleFeatureDefinitionType defines circle feature nominal information that can be common to one or more circle features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Diameter> LinearValueType </Diameter> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CircleFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="CurveFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="Diameter" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircleFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < CurveFeatureItemBaseType (by extension) < CircleFeatureItemType (by extension)
Sub-types:	None

Name	CircleFeatureItemType
Abstract	no
Documentation	The CircleFeatureItemType defines an individual circle feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> CircleMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CircleFeatureItemType">

<xs:complexContent>

<xs:extension base="CurveFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="CircleMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircleFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < CurveFeatureMeasurementBaseType (by extension) < CircleFeatureMeasurementType (by extension)
Sub-types:	None

Name	CircleFeatureMeasurementType
Abstract	no
Documentation	The CircleFeatureMeasurementType defines measurement information for an individual circle feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Location> MeasuredPointType </Location> [0..1] ?

<Normal> MeasuredUnitVectorType </Normal> [0..1] ?

<Diameter> MeasuredLinearValueType </Diameter> [0..1] ?

<DiameterMin> MeasuredLinearValueType </DiameterMin> [0..1] ?

<DiameterMax> MeasuredLinearValueType </DiameterMax> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

<SweepMeasurementRange> SweepType </SweepMeasurementRange> [0..1] ?

<SweepFull> SweepType </SweepFull> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="CircleFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="CurveFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Location" type="MeasuredPointType" minOccurs="0"/>

<xs:element name="Normal" type="MeasuredUnitVectorType" minOccurs="0"/>

<xs:element name="Diameter" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DiameterMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DiameterMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="SweepMeasurementRange" type="SweepType" minOccurs="0"/>

<xs:element name="SweepFull" type="SweepType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircleFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < CurveFeatureNominalBaseType (by extension) < CircleFeatureNominalType (by extension)
Sub-types:	None

Name	CircleFeatureNominalType
Abstract	no
Documentation	The CircleFeatureNominalType defines nominal information for an individual circle feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

<Location> PointType </Location> [1] ?

<Normal> UnitVectorType </Normal> [1] ?

<Sweep> SweepType </Sweep> [0..1] ?

<Constructed> CircleConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="CircleFeatureNominalType">

<xs:complexContent>

<xs:extension base="CurveFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Location" type="PointType"/>

<xs:element name="Normal" type="UnitVectorType"/>

<xs:element name="Sweep" type="SweepType" minOccurs="0"/>

<xs:element name="Constructed" type="CircleConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircleFromConeType

Super-types:	ConstructionMethodBaseType < CircleFromConeType (by extension)
Sub-types:	None

Name	CircleFromConeType
Abstract	no
Documentation	The CircleFromConeType defines the construction of a circle from a cone. The circle will be located either at a specified diameter on the cone or at a specified distance from the vertex of the cone.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

Start Choice [1]

<Diameter> LinearValueType </Diameter> [1] ?

<Distance> LinearValueType </Distance> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="CircleFromConeType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:choice>

<xs:element name="Diameter" type="LinearValueType"/>

<xs:element name="Distance" type="LinearValueType"/>

</xs:choice>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircleFromScanType

Super-types:	ConstructionMethodBaseType < CircleFromScanType (by extension)
Sub-types:	None

Name	CircleFromScanType
Abstract	no
Documentation	The CircleFromScanType defines a circle construction by the retrieval of a circle from a scanned surface feature (point cloud).

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<SurfaceFeature> BaseFeatureType </SurfaceFeature> [1] ?

<SearchRadius> LinearValueType </SearchRadius> [1] ?

<Depth> LinearValueType </Depth> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CircleFromScanType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="SurfaceFeature" type="BaseFeatureType"/>

<xs:element name="SearchRadius" type="LinearValueType"/>

<xs:element name="Depth" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircleIntersectionType

Super-types:	ConstructionMethodBaseType < CircleIntersectionType (by extension)
Sub-types:	None

Name	CircleIntersectionType
Abstract	no
Documentation	The CircleIntersectionType defines the construction of a circle by the intersection of two features, e.g. a cylinder, cone or surface of revolution with a plane, two cones of differing angles, or a cone with a cylinder.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<IntersectionFeature> SequencedBaseFeatureType </IntersectionFeature> [2..2] ?

</...>

Schema Component Representation

<xs:complexType name="CircleIntersectionType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="IntersectionFeature" type="SequencedBaseFeatureType" minOccurs="2" maxOccurs="2"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircleMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	CircleMeasurementDeterminationType
Abstract	no
Documentation	The CircleMeasurementDeterminationType defines how the circle measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> CircleCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="CircleMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="CircleCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: CircleProjectionType

Super-types:	ConstructionMethodBaseType < CircleProjectionType (by extension)
Sub-types:	None

Name	CircleProjectionType
Abstract	no
Documentation	The CircleProjectionType defines a projected circle construction with the circle to be projected and the projection plane.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<ProjectionCircle> BaseFeatureType </ProjectionCircle> [1] ?

<ProjectionPlane> BaseFeatureType </ProjectionPlane> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CircleProjectionType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="ProjectionCircle" type="BaseFeatureType"/>

<xs:element name="ProjectionPlane" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircleRecompType

Super-types:	ConstructionMethodBaseType < CircleRecompType (by extension)
Sub-types:	None

Name	CircleRecompType
Abstract	no
Documentation	The CircleRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit circle through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CircleRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircleTangentThroughType

Super-types:	ConstructionMethodBaseType < CircleTangentThroughType (by extension)
Sub-types:	None

Name	CircleTangentThroughType
Abstract	no
Documentation	The CircleTangentThroughType defines the construction of a circle with a nominal diameter through a point and tangent to a base feature. The point and base feature are both coplanar with the circle.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<TangentFeature> BaseFeatureType </TangentFeature> [1] ?

<PointFeature> BaseFeatureType </PointFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CircleTangentThroughType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="TangentFeature" type="BaseFeatureType"/>

<xs:element name="PointFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircleTangentType

Super-types:	ConstructionMethodBaseType < CircleTangentType (by extension)
Sub-types:	None

Name	CircleTangentType
Abstract	no
Documentation	The CircleTangentType defines the construction of a circle with a nominal diameter tangent to two base features coplanar with the circle.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<TangentFeature> SequencedBaseFeatureType </TangentFeature> [2..2] ?

</...>

Schema Component Representation

<xs:complexType name="CircleTangentType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="TangentFeature" type="SequencedBaseFeatureType" minOccurs="2" maxOccurs="2"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircleTransformType

Super-types:	ConstructionMethodBaseType < CircleTransformType (by extension)
Sub-types:	None

Name	CircleTransformType
Abstract	no
Documentation	The CircleTransformType defines a circle construction by the transformation of a circle through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseCircle> BaseFeatureType </BaseCircle> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CircleTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseCircle" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircularArcBestFitType

Super-types:	ConstructionMethodBaseType < CircularArcBestFitType (by extension)
Sub-types:	None

Name	CircularArcBestFitType
Abstract	no
Documentation	The CircularArcBestFitType defines the information for a best-fit circular arc which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the circular arc.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [3..*] ?

</...>

Schema Component Representation

<xs:complexType name="CircularArcBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="3" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircularArcCastType

Super-types:	ConstructionMethodBaseType < CircularArcCastType (by extension)
Sub-types:	None

Name	CircularArcCastType
Abstract	no
Documentation	The CircularArcCastType defines a circular arc construction by the casting of another feature type to a circular arc. The location, vector and size are copied from the base feature. Any information not available on the base feature will remain at nominal. For example, a cast sphere will create a circular arc with center and diameter taken from the sphere but it will retain its nominal normal vector and start and end angles.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CircularArcCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircularArcCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	CircularArcCheckedFeatureType
Abstract	no
Documentation	The CircularArcCheckedFeatureType defines that a circular arc feature is checked.

XML Instance Representation

<...>

<CheckDetails> CircularArcCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="CircularArcCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="CircularArcCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: CircularArcCheckedType

Super-types:	None
Sub-types:	None

Name	CircularArcCheckedType
Abstract	no
Documentation	The CircularArcCheckedType defines how the circular arc measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> CircularArcConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="CircularArcCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="CircularArcConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: CircularArcConstructionMethodType

Super-types:	None
Sub-types:	None

Name	CircularArcConstructionMethodType
Abstract	no
Documentation	The CircularArcConstructionMethodType defines the method for constructing a unique nominal or measured circular arc feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> CircularArcBestFitType </BestFit> [1] ?

<Intersection> CircularArcIntersectionType </Intersection> [1] ?

<Recompensated> CircularArcRecompType </Recompensated> [1] ?

<Projection> CircularArcProjectionType </Projection> [1] ?

<Copy> CircularArcCopyType </Copy> [1] ?

<Cast> CircularArcCastType </Cast> [1] ?

<Transform> CircularArcTransformType </Transform> [1] ?

<FromScan> CircularArcFromScanType </FromScan> [1] ?

<Extract> CircularArcExtractType </Extract> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="CircularArcConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="CircularArcBestFitType"/>

<xs:element name="Intersection" type="CircularArcIntersectionType"/>

<xs:element name="Recompensated" type="CircularArcRecompType"/>

<xs:element name="Projection" type="CircularArcProjectionType"/>

<xs:element name="Copy" type="CircularArcCopyType"/>

<xs:element name="Cast" type="CircularArcCastType"/>

<xs:element name="Transform" type="CircularArcTransformType"/>

<xs:element name="FromScan" type="CircularArcFromScanType"/>

<xs:element name="Extract" type="CircularArcExtractType"/>

</xs:choice>

</xs:complexType>

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Complex Type: CircularArcCopyType

Super-types:	ConstructionMethodBaseType < CircularArcCopyType (by extension)
Sub-types:	None

Name	CircularArcCopyType
Abstract	no
Documentation	The CircularArcCopyType defines a copied circular arc construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseArc> BaseFeatureType </BaseArc> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CircularArcCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseArc" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircularArcExtractType

Super-types:	ConstructionMethodBaseType < CircularArcExtractType (by extension)
Sub-types:	None

Name	CircularArcExtractType
Abstract	no
Documentation	The CircularArcExtractType defines a circular arc construction by the extraction of a circular arc from a curve feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<CurveFeature> BaseFeatureType </CurveFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CircularArcExtractType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="CurveFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircularArcFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < CurveFeatureDefinitionBaseType (by extension) < CircularArcFeatureDefinitionType (by extension)
Sub-types:	None

Name	CircularArcFeatureDefinitionType
Abstract	no
Documentation	The CircularArcFeatureDefinitionType defines the circular arc feature nominal information that can be common to one or more circular arc features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Radius> LinearValueType </Radius> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CircularArcFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="CurveFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="Radius" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircularArcFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < CurveFeatureItemBaseType (by extension) < CircularArcFeatureItemType (by extension)
Sub-types:	None

Name	CircularArcFeatureItemType
Abstract	no
Documentation	The CircularArcFeatureItemType defines an individual circular arc feature. A circular arc feature is a two dimensional circular segment.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> CircularArcMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CircularArcFeatureItemType">

<xs:complexContent>

<xs:extension base="CurveFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="CircularArcMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircularArcFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < CurveFeatureMeasurementBaseType (by extension) < CircularArcFeatureMeasurementType (by extension)
Sub-types:	None

Name	CircularArcFeatureMeasurementType
Abstract	no
Documentation	The CircularArcFeatureMeasurementType defines measurement information for an individual circular arc feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Location> MeasuredPointType </Location> [0..1] ?

<Normal> MeasuredUnitVectorType </Normal> [0..1] ?

<Radius> MeasuredLinearValueType </Radius> [0..1] ?

<RadiusMin> MeasuredLinearValueType </RadiusMin> [0..1] ?

<RadiusMax> MeasuredLinearValueType </RadiusMax> [0..1] ?

<SweepMeasurementRange> SweepType </SweepMeasurementRange> [0..1] ?

<SweepFull> SweepType </SweepFull> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="CircularArcFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="CurveFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Location" type="MeasuredPointType" minOccurs="0"/>

<xs:element name="Normal" type="MeasuredUnitVectorType" minOccurs="0"/>

<xs:element name="Radius" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="RadiusMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="RadiusMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="SweepMeasurementRange" type="SweepType" minOccurs="0"/>

<xs:element name="SweepFull" type="SweepType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircularArcFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < CurveFeatureNominalBaseType (by extension) < CircularArcFeatureNominalType (by extension)
Sub-types:	None

Name	CircularArcFeatureNominalType
Abstract	no
Documentation	The CircularArcFeatureNominalType defines feature nominal information for an individual circular arc feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

<Location> PointType </Location> [1] ?

<Sweep> SweepType </Sweep> [1] ?

<Normal> UnitVectorType </Normal> [1] ?

<Constructed> CircularArcConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="CircularArcFeatureNominalType">

<xs:complexContent>

<xs:extension base="CurveFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Location" type="PointType"/>

<xs:element name="Sweep" type="SweepType"/>

<xs:element name="Normal" type="UnitVectorType"/>

<xs:element name="Constructed" type="CircularArcConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircularArcFromScanType

Super-types:	ConstructionMethodBaseType < CircularArcFromScanType (by extension)
Sub-types:	None

Name	CircularArcFromScanType
Abstract	no
Documentation	The CircularArcFromScanType defines a circular arc construction by the retrieval of a circular arc from a scanned surface feature (point cloud).

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<SurfaceFeature> BaseFeatureType </SurfaceFeature> [1] ?

<SearchRadius> LinearValueType </SearchRadius> [1] ?

<Depth> LinearValueType </Depth> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CircularArcFromScanType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="SurfaceFeature" type="BaseFeatureType"/>

<xs:element name="SearchRadius" type="LinearValueType"/>

<xs:element name="Depth" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircularArcIntersectionType

Super-types:	ConstructionMethodBaseType < CircularArcIntersectionType (by extension)
Sub-types:	None

Name	CircularArcIntersectionType
Abstract	no
Documentation	The CircularArcIntersectionType defines the construction of a circular arc by the intersection of two features, e.g. a cylindrical segment or conical segment with a plane, two conical segments of differing angles, or a conical segment with a cylindrical segment.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<IntersectionFeature> SequencedBaseFeatureType </IntersectionFeature> [2..2] ?

</...>

Schema Component Representation

<xs:complexType name="CircularArcIntersectionType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="IntersectionFeature" type="SequencedBaseFeatureType" minOccurs="2" maxOccurs="2"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircularArcMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	CircularArcMeasurementDeterminationType
Abstract	no
Documentation	The CircularArcMeasurementDeterminationType defines how the circular arc measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> CircularArcCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="CircularArcMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="CircularArcCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: CircularArcProjectionType

Super-types:	ConstructionMethodBaseType < CircularArcProjectionType (by extension)
Sub-types:	None

Name	CircularArcProjectionType
Abstract	no
Documentation	The CircularArcProjectionType defines a projected circular arc construction with the circular arc to be projected and the projection plane.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<ProjectionArc> BaseFeatureType </ProjectionArc> [1] ?

<ProjectionPlane> BaseFeatureType </ProjectionPlane> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CircularArcProjectionType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="ProjectionArc" type="BaseFeatureType"/>

<xs:element name="ProjectionPlane" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircularArcRecompType

Super-types:	ConstructionMethodBaseType < CircularArcRecompType (by extension)
Sub-types:	None

Name	CircularArcRecompType
Abstract	no
Documentation	The CircularArcRecompType defines a list of base feature points for the construction of a re-compensated-for-probe-size best-fit circular arc through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CircularArcRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CircularArcTransformType

Super-types:	ConstructionMethodBaseType < CircularArcTransformType (by extension)
Sub-types:	None

Name	CircularArcTransformType
Abstract	no
Documentation	The CircularArcTransformType defines a circular arc construction by the transformation of a circular arc through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseArc> BaseFeatureType </BaseArc> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CircularArcTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseArc" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConeBestFitType

Super-types:	ConstructionMethodBaseType < ConeBestFitType (by extension)
Sub-types:	None

Name	ConeBestFitType
Abstract	no
Documentation	The ConeBestFitType defines the information for a best-fit cone which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the cone.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [6..*] ?

</...>

Schema Component Representation

<xs:complexType name="ConeBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="6" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConeCastType

Super-types:	ConstructionMethodBaseType < ConeCastType (by extension)
Sub-types:	None

Name	ConeCastType
Abstract	no
Documentation	The ConeCastType defines the cast of feature type to a cone. The location, vector and angle are copied from the base feature. Any information not available on the base feature will remain at nominal.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ConeCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConeCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	ConeCheckedFeatureType
Abstract	no
Documentation	The ConeCheckedFeatureType defines that a cone feature is checked.

XML Instance Representation

<...>

<CheckDetails> ConeCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ConeCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="ConeCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: ConeCheckedType

Super-types:	None
Sub-types:	None

Name	ConeCheckedType
Abstract	no
Documentation	The ConeCheckedType defines how the cone measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> ConeConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ConeCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="ConeConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ConeConstructionMethodType

Super-types:	None
Sub-types:	None

Name	ConeConstructionMethodType
Abstract	no
Documentation	The ConeConstructionMethodType defines the method for constructing a unique nominal or measured cone feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> ConeBestFitType </BestFit> [1] ?

<Recompensated> ConeRecompType </Recompensated> [1] ?

<Copy> ConeCopyType </Copy> [1] ?

<Cast> ConeCastType </Cast> [1] ?

<Transform> ConeTransformType </Transform> [1] ?

<FromScan> ConeFromScanType </FromScan> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ConeConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="ConeBestFitType"/>

<xs:element name="Recompensated" type="ConeRecompType"/>

<xs:element name="Copy" type="ConeCopyType"/>

<xs:element name="Cast" type="ConeCastType"/>

<xs:element name="Transform" type="ConeTransformType"/>

<xs:element name="FromScan" type="ConeFromScanType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ConeCopyType

Super-types:	ConstructionMethodBaseType < ConeCopyType (by extension)
Sub-types:	None

Name	ConeCopyType
Abstract	no
Documentation	The ConeCopyType defines a copied cone construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseCone> BaseFeatureType </BaseCone> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ConeCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseCone" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConeFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < SurfaceFeatureDefinitionBaseType (by extension) < ConeFeatureDefinitionType (by extension)
Sub-types:	None

Name	ConeFeatureDefinitionType
Abstract	no
Documentation	The ConeFeatureDefinitionType defines the cone feature nominal information that can be common to one or more cone features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Diameter> LinearValueType </Diameter> [1] ?

Start Choice [1] ?

<HalfAngle> AngularValueType </HalfAngle> [1] ?

<FullAngle> AngularValueType </FullAngle> [1] ?

End Choice
Start Sequence [0..1] ?

<LargeEndDistance> LinearValueType </LargeEndDistance> [1] ?

<SmallEndDistance> LinearValueType </SmallEndDistance> [0..1] ?

End Sequence
</...>

Schema Component Representation

<xs:complexType name="ConeFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="Diameter" type="LinearValueType"/>

<xs:choice>

<xs:element name="HalfAngle" type="AngularValueType"/>

<xs:element name="FullAngle" type="AngularValueType"/>

</xs:choice>

<xs:sequence minOccurs="0">

<xs:element name="LargeEndDistance" type="LinearValueType"/>

<xs:element name="SmallEndDistance" type="LinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConeFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < SurfaceFeatureItemBaseType (by extension) < ConeFeatureItemType (by extension)
Sub-types:	None

Name	ConeFeatureItemType
Abstract	no
Documentation	The ConeFeatureItemType defines an individual cone feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> ConeMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ConeFeatureItemType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="ConeMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConeFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < SurfaceFeatureMeasurementBaseType (by extension) < ConeFeatureMeasurementType (by extension)
Sub-types:	None

Name	ConeFeatureMeasurementType
Abstract	no
Documentation	The ConeFeatureMeasurementType defines the cone feature measurement information for an individual cone feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Axis> MeasuredAxisType </Axis> [0..1] ?

<Diameter> MeasuredLinearValueType </Diameter> [0..1] ?

<DiameterMin> MeasuredLinearValueType </DiameterMin> [0..1] ?

<DiameterMax> MeasuredLinearValueType </DiameterMax> [0..1] ?

Start Choice [0..1] ?

<HalfAngle> MeasuredAngularValueType </HalfAngle> [1] ?

<FullAngle> MeasuredAngularValueType </FullAngle> [1] ?

End Choice

<SmallEndDistance> MeasuredLinearValueType </SmallEndDistance> [0..1] ?

<LargeEndDistance> MeasuredLinearValueType </LargeEndDistance> [0..1] ?

<SweepMeasurementRange> SweepType </SweepMeasurementRange> [0..1] ?

<SweepFull> SweepType </SweepFull> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ConeFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Axis" type="MeasuredAxisType" minOccurs="0"/>

<xs:element name="Diameter" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DiameterMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DiameterMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:choice minOccurs="0">

<xs:element name="HalfAngle" type="MeasuredAngularValueType"/>

<xs:element name="FullAngle" type="MeasuredAngularValueType"/>

</xs:choice>

<xs:element name="SmallEndDistance" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="LargeEndDistance" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="SweepMeasurementRange" type="SweepType" minOccurs="0"/>

<xs:element name="SweepFull" type="SweepType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConeFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < SurfaceFeatureNominalBaseType (by extension) < ConeFeatureNominalType (by extension)
Sub-types:	None

Name	ConeFeatureNominalType
Abstract	no
Documentation	The ConeFeatureNominalType defines the cone feature nominal information for an individual cone feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Axis> AxisType </Axis> [1] ?

<Sweep> SweepType </Sweep> [0..1] ?

<Constructed> ConeConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ConeFeatureNominalType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Axis" type="AxisType"/>

<xs:element name="Sweep" type="SweepType" minOccurs="0"/>

<xs:element name="Constructed" type="ConeConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConeFromScanType

Super-types:	ConstructionMethodBaseType < ConeFromScanType (by extension)
Sub-types:	None

Name	ConeFromScanType
Abstract	no
Documentation	The ConeFromScanType defines a cone construction by the retrieval of a cone from a scanned surface feature (point cloud).

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<SurfaceFeature> BaseFeatureType </SurfaceFeature> [1] ?

<SearchRadius> LinearValueType </SearchRadius> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ConeFromScanType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="SurfaceFeature" type="BaseFeatureType"/>

<xs:element name="SearchRadius" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConeMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	ConeMeasurementDeterminationType
Abstract	no
Documentation	The ConeMeasurementDeterminationType defines how the cone measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> ConeCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ConeMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="ConeCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ConeRecompType

Super-types:	ConstructionMethodBaseType < ConeRecompType (by extension)
Sub-types:	None

Name	ConeRecompType
Abstract	no
Documentation	The ConeRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit cone through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ConeRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConeTransformType

Super-types:	ConstructionMethodBaseType < ConeTransformType (by extension)
Sub-types:	None

Name	ConeTransformType
Abstract	no
Documentation	The ConeTransformType defines a cone construction by the transformation of a base cone through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseCone> BaseFeatureType </BaseCone> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ConeTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseCone" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConicalSegmentBestFitType

Super-types:	ConstructionMethodBaseType < ConicalSegmentBestFitType (by extension)
Sub-types:	None

Name	ConicalSegmentBestFitType
Abstract	no
Documentation	The ConicalSegmentBestFitType defines the information for a best-fit conical segment which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the conical segment.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [6..*] ?

</...>

Schema Component Representation

<xs:complexType name="ConicalSegmentBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="6" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConicalSegmentCastType

Super-types:	ConstructionMethodBaseType < ConicalSegmentCastType (by extension)
Sub-types:	None

Name	ConicalSegmentCastType
Abstract	no
Documentation	The ConicalSegmentCastType defines a conical segment construction by the casting of another feature type to a conical segment. The location, vector and size are copied from the base feature. Any information not available on the base feature will remain at nominal.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ConicalSegmentCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConicalSegmentCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	ConicalSegmentCheckedFeatureType
Abstract	no
Documentation	The ConicalSegmentCheckedFeatureType defines that a conical segment feature is checked.

XML Instance Representation

<...>

<CheckDetails> ConicalSegmentCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ConicalSegmentCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="ConicalSegmentCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: ConicalSegmentCheckedType

Super-types:	None
Sub-types:	None

Name	ConicalSegmentCheckedType
Abstract	no
Documentation	The ConicalSegmentCheckedType defines how the conical segment feature measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> ConicalSegmentConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ConicalSegmentCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="ConicalSegmentConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ConicalSegmentConstructionMethodType

Super-types:	None
Sub-types:	None

Name	ConicalSegmentConstructionMethodType
Abstract	no
Documentation	The ConicalSegmentConstructionMethodType defines the method for constructing a unique nominal or measured conical segment feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> ConicalSegmentBestFitType </BestFit> [1] ?

<Recompensated> ConicalSegmentRecompType </Recompensated> [1] ?

<Copy> ConicalSegmentCopyType </Copy> [1] ?

<Cast> ConicalSegmentCastType </Cast> [1] ?

<Transform> ConicalSegmentTransformType </Transform> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ConicalSegmentConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="ConicalSegmentBestFitType"/>

<xs:element name="Recompensated" type="ConicalSegmentRecompType"/>

<xs:element name="Copy" type="ConicalSegmentCopyType"/>

<xs:element name="Cast" type="ConicalSegmentCastType"/>

<xs:element name="Transform" type="ConicalSegmentTransformType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ConicalSegmentCopyType

Super-types:	ConstructionMethodBaseType < ConicalSegmentCopyType (by extension)
Sub-types:	None

Name	ConicalSegmentCopyType
Abstract	no
Documentation	The ConicalSegmentCopyType defines a copied conical segment construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseConicalSegment> BaseFeatureType </BaseConicalSegment> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ConicalSegmentCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseConicalSegment" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConicalSegmentFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < SurfaceFeatureDefinitionBaseType (by extension) < ConicalSegmentFeatureDefinitionType (by extension)
Sub-types:	None

Name	ConicalSegmentFeatureDefinitionType
Abstract	no
Documentation	The ConicalSegmentFeatureDefinitionType defines the conical segment feature nominal information that can be common to one or more conical segment features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Diameter> LinearValueType </Diameter> [1] ?

Start Choice [1] ?

<HalfAngle> AngularValueType </HalfAngle> [1] ?

<FullAngle> AngularValueType </FullAngle> [1] ?

End Choice
Start Sequence [0..1] ?

<LargeEndDistance> LinearValueType </LargeEndDistance> [1] ?

<SmallEndDistance> LinearValueType </SmallEndDistance> [0..1] ?

End Sequence
</...>

Schema Component Representation

<xs:complexType name="ConicalSegmentFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="Diameter" type="LinearValueType"/>

<xs:choice>

<xs:element name="HalfAngle" type="AngularValueType"/>

<xs:element name="FullAngle" type="AngularValueType"/>

</xs:choice>

<xs:sequence minOccurs="0">

<xs:element name="LargeEndDistance" type="LinearValueType"/>

<xs:element name="SmallEndDistance" type="LinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConicalSegmentFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < SurfaceFeatureItemBaseType (by extension) < ConicalSegmentFeatureItemType (by extension)
Sub-types:	None

Name	ConicalSegmentFeatureItemType
Abstract	no
Documentation	The ConicalSegmentFeatureItemType defines an individual conical segment feature. A conical segment feature is a portion of a cone, for example, the surface of a rounded corner of a pocket with draft.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> ConicalSegmentMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ConicalSegmentFeatureItemType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="ConicalSegmentMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConicalSegmentFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < SurfaceFeatureMeasurementBaseType (by extension) < ConicalSegmentFeatureMeasurementType (by extension)
Sub-types:	None

Name	ConicalSegmentFeatureMeasurementType
Abstract	no
Documentation	The ConicalSegmentFeatureMeasurementType defines the conical segment feature measurement information for an individual conical segment feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Axis> MeasuredAxisType </Axis> [0..1] ?

<Diameter> MeasuredLinearValueType </Diameter> [0..1] ?

<DiameterMin> MeasuredLinearValueType </DiameterMin> [0..1] ?

<DiameterMax> MeasuredLinearValueType </DiameterMax> [0..1] ?

Start Choice [0..1] ?

<HalfAngle> MeasuredAngularValueType </HalfAngle> [1] ?

<FullAngle> MeasuredAngularValueType </FullAngle> [0..1] ?

End Choice

<SmallEndDistance> MeasuredLinearValueType </SmallEndDistance> [0..1] ?

<LargeEndDistance> MeasuredLinearValueType </LargeEndDistance> [0..1] ?

<SweepMeasurementRange> SweepType </SweepMeasurementRange> [0..1] ?

<SweepFull> SweepType </SweepFull> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ConicalSegmentFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Axis" type="MeasuredAxisType" minOccurs="0"/>

<xs:element name="Diameter" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DiameterMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DiameterMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:choice minOccurs="0">

<xs:element name="HalfAngle" type="MeasuredAngularValueType"/>

<xs:element name="FullAngle" type="MeasuredAngularValueType" minOccurs="0"/>

</xs:choice>

<xs:element name="SmallEndDistance" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="LargeEndDistance" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="SweepMeasurementRange" type="SweepType" minOccurs="0"/>

<xs:element name="SweepFull" type="SweepType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConicalSegmentFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < SurfaceFeatureNominalBaseType (by extension) < ConicalSegmentFeatureNominalType (by extension)
Sub-types:	None

Name	ConicalSegmentFeatureNominalType
Abstract	no
Documentation	The ConicalSegmentFeatureNominalType defines the conical segment feature nominal information for an individual conical segment feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Axis> AxisType </Axis> [1] ?

<Sweep> SweepType </Sweep> [1] ?

<Constructed> ConicalSegmentConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ConicalSegmentFeatureNominalType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Axis" type="AxisType"/>

<xs:element name="Sweep" type="SweepType"/>

<xs:element name="Constructed" type="ConicalSegmentConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConicalSegmentMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	ConicalSegmentMeasurementDeterminationType
Abstract	no
Documentation	The ConicalSegmentMeasurementDeterminationType defines how the conical segment feature measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> ConicalSegmentCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ConicalSegmentMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="ConicalSegmentCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ConicalSegmentRecompType

Super-types:	ConstructionMethodBaseType < ConicalSegmentRecompType (by extension)
Sub-types:	None

Name	ConicalSegmentRecompType
Abstract	no
Documentation	The ConicalSegmentRecompType defines a list of base feature points for the construction of a re-compensated-for-probe-size best-fit conical segment through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ConicalSegmentRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConicalSegmentTransformType

Super-types:	ConstructionMethodBaseType < ConicalSegmentTransformType (by extension)
Sub-types:	None

Name	ConicalSegmentTransformType
Abstract	no
Documentation	The ConicalSegmentTransformType defines a conical segment construction by the transformation of a conical segment through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseConicalSegment> BaseFeatureType </BaseConicalSegment> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ConicalSegmentTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseConicalSegment" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ConstructionMethodBaseType

Super-types:

None

Sub-types:

CircleBestFitType (by extension)
CircleRecompType (by extension)
CircleIntersectionType (by extension)
CircleProjectionType (by extension)
CircleCopyType (by extension)
CircleCastType (by extension)
CircleTangentType (by extension)
CircleTangentThroughType (by extension)
CircleTransformType (by extension)
CircleFromConeType (by extension)
CircleFromScanType (by extension)
CircularArcBestFitType (by extension)
CircularArcRecompType (by extension)
CircularArcProjectionType (by extension)
CircularArcCopyType (by extension)
CircularArcCastType (by extension)
CircularArcTransformType (by extension)
CircularArcFromScanType (by extension)
CircularArcIntersectionType (by extension)
CircularArcExtractType (by extension)
ConeBestFitType (by extension)
ConeRecompType (by extension)
ConeCopyType (by extension)
ConeCastType (by extension)
ConeTransformType (by extension)
ConeFromScanType (by extension)
ConicalSegmentBestFitType (by extension)
ConicalSegmentRecompType (by extension)
ConicalSegmentCopyType (by extension)
ConicalSegmentCastType (by extension)
ConicalSegmentTransformType (by extension)
CylinderBestFitType (by extension)
CylinderRecompType (by extension)
CylinderCopyType (by extension)
CylinderCastType (by extension)
CylinderTransformType (by extension)
CylinderFromScanType (by extension)
CylindricalSegmentBestFitType (by extension)
CylindricalSegmentRecompType (by extension)
CylindricalSegmentCopyType (by extension)
CylindricalSegmentCastType (by extension)
CylindricalSegmentTransformType (by extension)
EdgePointCopyType (by extension)
EdgePointCastType (by extension)
EdgePointTransformType (by extension)
EdgePointFromScanType (by extension)
EllipseBestFitType (by extension)
EllipseRecompType (by extension)
EllipseProjectionType (by extension)
EllipseIntersectionType (by extension)
EllipseCopyType (by extension)
EllipseCastType (by extension)
EllipseTransformType (by extension)
EllipseFromScanType (by extension)
EllipticalArcBestFitType (by extension)
EllipticalArcRecompType (by extension)
EllipticalArcProjectionType (by extension)
EllipticalArcIntersectionType (by extension)
EllipticalArcCopyType (by extension)
EllipticalArcCastType (by extension)
EllipticalArcTransformType (by extension)
EllipticalArcFromScanType (by extension)
ElongatedCircleBestFitType (by extension)
ElongatedCircleRecompType (by extension)
ElongatedCircleCopyType (by extension)
ElongatedCircleCastType (by extension)
ElongatedCircleTransformType (by extension)
ElongatedCylinderBestFitType (by extension)
ElongatedCylinderRecompType (by extension)
ElongatedCylinderCopyType (by extension)
ElongatedCylinderCastType (by extension)
ElongatedCylinderTransformType (by extension)
ExtrudedCrossSectionBestFitType (by extension)
ExtrudedCrossSectionRecompType (by extension)
ExtrudedCrossSectionCopyType (by extension)
ExtrudedCrossSectionCastType (by extension)
ExtrudedCrossSectionTransformType (by extension)
LineBestFitType (by extension)
LineRecompType (by extension)
LineMidlineType (by extension)
LineIntersectionType (by extension)
LineProjectionType (by extension)
LinePerpendicularType (by extension)
LineParallelType (by extension)
LineCopyType (by extension)
LineCastType (by extension)
LineTangentThroughType (by extension)
LineTransformType (by extension)
LineFromScanType (by extension)
LineExtractType (by extension)
OppositeParallelLinesBestFitType (by extension)
OppositeParallelLinesRecompType (by extension)
OppositeParallelLinesIntersectionType (by extension)
OppositeParallelLinesProjectionType (by extension)
OppositeParallelLinesCopyType (by extension)
OppositeParallelLinesCastType (by extension)
OppositeParallelLinesTransformType (by extension)
OppositeParallelLinesFromScanType (by extension)
OppositeAngledLinesBestFitType (by extension)
OppositeAngledLinesRecompType (by extension)
OppositeAngledLinesIntersectionType (by extension)
OppositeAngledLinesProjectionType (by extension)
OppositeAngledLinesCopyType (by extension)
OppositeAngledLinesCastType (by extension)
OppositeAngledLinesTransformType (by extension)
OppositeAngledLinesFromScanType (by extension)
OppositeParallelPlanesBestFitType (by extension)
OppositeParallelPlanesRecompType (by extension)
OppositeParallelPlanesCopyType (by extension)
OppositeParallelPlanesCastType (by extension)
OppositeParallelPlanesTransformType (by extension)
OppositeParallelPlanesFromScanType (by extension)
OppositeAngledPlanesBestFitType (by extension)
OppositeAngledPlanesRecompType (by extension)
OppositeAngledPlanesCopyType (by extension)
OppositeAngledPlanesCastType (by extension)
OppositeAngledPlanesTransformType (by extension)
OppositeAngledPlanesFromScanType (by extension)
OtherCurveFeatureCopyType (by extension)
OtherShapeFeatureCopyType (by extension)
OtherSurfaceFeatureCopyType (by extension)
PlaneBestFitType (by extension)
PlaneRecompType (by extension)
PlaneMidplaneType (by extension)
PlaneOffsetType (by extension)
PlanePerpendicularType (by extension)
PlaneParallelType (by extension)
PlaneCopyType (by extension)
PlaneCastType (by extension)
PlaneTangentThroughType (by extension)
PlaneThroughType (by extension)
PlaneTransformType (by extension)
PlaneExtractType (by extension)
PointDefinedCurveBestFitType (by extension)
PointDefinedCurveRecompType (by extension)
PointDefinedCurveCopyType (by extension)
PointDefinedCurveTransformType (by extension)
PointDefinedCurveFromScanType (by extension)
PointDefinedCurveExtractType (by extension)
PointDefinedSurfaceBestFitType (by extension)
PointDefinedSurfaceRecompType (by extension)
PointDefinedSurfaceCopyType (by extension)
PointDefinedSurfaceTransformType (by extension)
PointDefinedSurfaceExtractType (by extension)
PointFeatureIntersectionType (by extension)
PointFeaturePierceType (by extension)
PointFeatureProjectionType (by extension)
PointFeatureFromConeType (by extension)
PointFeatureCopyType (by extension)
PointFeatureTransformType (by extension)
PointFeatureFromScanType (by extension)
PointFeatureCenterOfGravityType (by extension)
PointFeatureMidPointType (by extension)
PointFeatureCastType (by extension)
PointFeatureMovePointType (by extension)
PointFeatureMovePointVectorType (by extension)
PointFeatureMovePointAxisType (by extension)
PointFeatureExtremeType (by extension)
SphereBestFitType (by extension)
SphereRecompType (by extension)
SphereCopyType (by extension)
SphereCastType (by extension)
SphereTransformType (by extension)
SphereFromScanType (by extension)
SphericalSegmentBestFitType (by extension)
SphericalSegmentRecompType (by extension)
SphericalSegmentCopyType (by extension)
SphericalSegmentCastType (by extension)
SphericalSegmentTransformType (by extension)
SurfaceOfRevolutionBestFitType (by extension)
SurfaceOfRevolutionRecompType (by extension)
SurfaceOfRevolutionCopyType (by extension)
SurfaceOfRevolutionCastType (by extension)
SurfaceOfRevolutionTransformType (by extension)
ThreadedFeatureBestFitType (by extension)
ThreadedFeatureRecompType (by extension)
ThreadedFeatureCopyType (by extension)
ThreadedFeatureCastType (by extension)
ThreadedFeatureTransformType (by extension)
ThreadedFeatureFromCylinderType (by extension)
ToroidalSegmentBestFitType (by extension)
ToroidalSegmentRecompType (by extension)
ToroidalSegmentCopyType (by extension)
ToroidalSegmentCastType (by extension)
ToroidalSegmentTransformType (by extension)
TorusBestFitType (by extension)
TorusRecompType (by extension)
TorusCopyType (by extension)
TorusCastType (by extension)
TorusTransformType (by extension)
TorusFromScanType (by extension)

Name	ConstructionMethodBaseType
Abstract	yes
Documentation	The ConstructionMethodBaseType is the abstract base type that defines a construction method. A construction method defines the data for constructing a feature and describes how to use that data in the construction of a feature. In any case where more than one feature can be constructed with the same input, the result closest to the feature's nominal definition will be chosen.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ConstructionMethodBaseType" abstract="true">

<xs:sequence>

<xs:element name="NominalsCalculated" type="xs:boolean" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: CurveFeatureDefinitionBaseType

Super-types:

FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < CurveFeatureDefinitionBaseType (by extension)

Sub-types:

CircleFeatureDefinitionType (by extension)
CircularArcFeatureDefinitionType (by extension)
EllipseFeatureDefinitionType (by extension)
EllipticalArcFeatureDefinitionType (by extension)
ElongatedCircleFeatureDefinitionType (by extension)
LineFeatureDefinitionType (by extension)
OppositeParallelLinesFeatureDefinitionType (by extension)
OppositeAngledLinesFeatureDefinitionType (by extension)
OtherCurveFeatureDefinitionType (by extension)
PointDefinedCurveFeatureDefinitionType (by extension)

Name	CurveFeatureDefinitionBaseType
Abstract	yes
Documentation	The CurveFeatureDefinitionBaseType is the abstract base type for shape feature definitions for features composed of curves.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="CurveFeatureDefinitionBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="ShapeFeatureDefinitionBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: CurveFeatureItemBaseType

Super-types:

FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < CurveFeatureItemBaseType (by extension)

Sub-types:

CircleFeatureItemType (by extension)
CircularArcFeatureItemType (by extension)
EllipseFeatureItemType (by extension)
EllipticalArcFeatureItemType (by extension)
ElongatedCircleFeatureItemType (by extension)
LineFeatureItemType (by extension)
OppositeParallelLinesFeatureItemType (by extension)
OppositeAngledLinesFeatureItemType (by extension)
OtherCurveFeatureItemType (by extension)
PointDefinedCurveFeatureItemType (by extension)

Name	CurveFeatureItemBaseType
Abstract	yes
Documentation	The CurveFeatureItemBaseType is the abstract base type for shape feature items for features composed of curves.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="CurveFeatureItemBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="ShapeFeatureItemBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: CurveFeatureMeasurementBaseType

Super-types:

FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < CurveFeatureMeasurementBaseType (by extension)

Sub-types:

CircleFeatureMeasurementType (by extension)
CircularArcFeatureMeasurementType (by extension)
EllipseFeatureMeasurementType (by extension)
EllipticalArcFeatureMeasurementType (by extension)
ElongatedCircleFeatureMeasurementType (by extension)
LineFeatureMeasurementType (by extension)
OppositeParallelLinesFeatureMeasurementType (by extension)
OppositeAngledLinesFeatureMeasurementType (by extension)
OtherCurveFeatureMeasurementType (by extension)
PointDefinedCurveFeatureMeasurementType (by extension)

Name	CurveFeatureMeasurementBaseType
Abstract	yes
Documentation	The CurveFeatureMeasurementBaseType is the abstract base type for shape feature measurements for features composed of curves.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="CurveFeatureMeasurementBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="ShapeFeatureMeasurementBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: CurveFeatureNominalBaseType

Super-types:

FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < CurveFeatureNominalBaseType (by extension)

Sub-types:

CircleFeatureNominalType (by extension)
CircularArcFeatureNominalType (by extension)
EllipseFeatureNominalType (by extension)
EllipticalArcFeatureNominalType (by extension)
ElongatedCircleFeatureNominalType (by extension)
LineFeatureNominalType (by extension)
OppositeParallelLinesFeatureNominalType (by extension)
OppositeAngledLinesFeatureNominalType (by extension)
OtherCurveFeatureNominalType (by extension)
PointDefinedCurveFeatureNominalType (by extension)

Name	CurveFeatureNominalBaseType
Abstract	yes
Documentation	The CurveFeatureNominalBaseType is the abstract base type for shape feature nominals for features composed of curves.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="CurveFeatureNominalBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="ShapeFeatureNominalBaseType">

<xs:sequence>

<xs:element name="SurfaceFeatureNominalId" type="QIFReferenceFullType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CylinderBestFitType

Super-types:	ConstructionMethodBaseType < CylinderBestFitType (by extension)
Sub-types:	None

Name	CylinderBestFitType
Abstract	no
Documentation	The CylinderBestFitType defines the information for a best-fit cylinder which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the cylinder.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [6..*] ?

</...>

Schema Component Representation

<xs:complexType name="CylinderBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="6" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CylinderCastType

Super-types:	ConstructionMethodBaseType < CylinderCastType (by extension)
Sub-types:	None

Name	CylinderCastType
Abstract	no
Documentation	The CylinderCastType defines a cylinder construction by the casting of another feature type to a cylinder. The location, vector and size are copied from the base feature. Any information not available on the base feature will remain at nominal.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CylinderCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CylinderCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	CylinderCheckedFeatureType
Abstract	no
Documentation	The CylinderCheckedFeatureType defines that a cylinder feature is checked.

XML Instance Representation

<...>

<CheckDetails> CylinderCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="CylinderCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="CylinderCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: CylinderCheckedType

Super-types:	None
Sub-types:	None

Name	CylinderCheckedType
Abstract	no
Documentation	The CylinderCheckedType defines how the cylinder measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> CylinderConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="CylinderCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="CylinderConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: CylinderConstructionMethodType

Super-types:	None
Sub-types:	None

Name	CylinderConstructionMethodType
Abstract	no
Documentation	The CylinderConstructionMethodType defines the method for constructing a unique nominal or measured cylinder feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> CylinderBestFitType </BestFit> [1] ?

<Recompensated> CylinderRecompType </Recompensated> [1] ?

<Copy> CylinderCopyType </Copy> [1] ?

<Cast> CylinderCastType </Cast> [1] ?

<Transform> CylinderTransformType </Transform> [1] ?

<FromScan> CylinderFromScanType </FromScan> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="CylinderConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="CylinderBestFitType"/>

<xs:element name="Recompensated" type="CylinderRecompType"/>

<xs:element name="Copy" type="CylinderCopyType"/>

<xs:element name="Cast" type="CylinderCastType"/>

<xs:element name="Transform" type="CylinderTransformType"/>

<xs:element name="FromScan" type="CylinderFromScanType"/>

</xs:choice>

</xs:complexType>

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Complex Type: CylinderCopyType

Super-types:	ConstructionMethodBaseType < CylinderCopyType (by extension)
Sub-types:	None

Name	CylinderCopyType
Abstract	no
Documentation	The CylinderCopyType defines a copied cylinder construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseCylinder> BaseFeatureType </BaseCylinder> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CylinderCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseCylinder" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CylinderFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < SurfaceFeatureDefinitionBaseType (by extension) < CylinderFeatureDefinitionType (by extension)
Sub-types:	None

Name	CylinderFeatureDefinitionType
Abstract	no
Documentation	The CylinderFeatureDefinitionType defines the cylinder feature nominal information that can be common to one or more cylinder features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Diameter> LinearValueType </Diameter> [1] ?

<Length> LinearValueType </Length> [0..1] ?

<Bottom> BottomType </Bottom> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="CylinderFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="Diameter" type="LinearValueType"/>

<xs:element name="Length" type="LinearValueType" minOccurs="0"/>

<xs:element name="Bottom" type="BottomType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CylinderFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < SurfaceFeatureItemBaseType (by extension) < CylinderFeatureItemType (by extension)
Sub-types:	None

Name	CylinderFeatureItemType
Abstract	no
Documentation	The CylinderFeatureItemType defines an individual cylinder feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> CylinderMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CylinderFeatureItemType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="CylinderMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CylinderFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < SurfaceFeatureMeasurementBaseType (by extension) < CylinderFeatureMeasurementType (by extension)
Sub-types:	None

Name	CylinderFeatureMeasurementType
Abstract	no
Documentation	The CylinderFeatureMeasurementType defines the cylinder feature measurement information for an individual cylinder feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Axis> MeasuredAxisType </Axis> [0..1] ?

<Diameter> MeasuredLinearValueType </Diameter> [0..1] ?

<Length> MeasuredLinearValueType </Length> [0..1] ?

<DiameterMin> MeasuredLinearValueType </DiameterMin> [0..1] ?

<DiameterMax> MeasuredLinearValueType </DiameterMax> [0..1] ?

<SweepMeasurementRange> SweepType </SweepMeasurementRange> [0..1] ?

<SweepFull> SweepType </SweepFull> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="CylinderFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Axis" type="MeasuredAxisType" minOccurs="0"/>

<xs:element name="Diameter" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="Length" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DiameterMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DiameterMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="SweepMeasurementRange" type="SweepType" minOccurs="0"/>

<xs:element name="SweepFull" type="SweepType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CylinderFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < SurfaceFeatureNominalBaseType (by extension) < CylinderFeatureNominalType (by extension)
Sub-types:	None

Name	CylinderFeatureNominalType
Abstract	no
Documentation	The CylinderFeatureNominalType defines the cylinder feature nominal information for an individual cylinder feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Axis> AxisType </Axis> [1] ?

<Sweep> SweepType </Sweep> [0..1] ?

<Constructed> CylinderConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="CylinderFeatureNominalType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Axis" type="AxisType"/>

<xs:element name="Sweep" type="SweepType" minOccurs="0"/>

<xs:element name="Constructed" type="CylinderConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CylinderFromScanType

Super-types:	ConstructionMethodBaseType < CylinderFromScanType (by extension)
Sub-types:	None

Name	CylinderFromScanType
Abstract	no
Documentation	The CylinderFromScanType defines a cylinder construction by the retrieval of a cylinder from a scanned surface feature (point cloud).

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<SurfaceFeature> BaseFeatureType </SurfaceFeature> [1] ?

<SearchRadius> LinearValueType </SearchRadius> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CylinderFromScanType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="SurfaceFeature" type="BaseFeatureType"/>

<xs:element name="SearchRadius" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CylinderMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	CylinderMeasurementDeterminationType
Abstract	no
Documentation	The CylinderMeasurementDeterminationType defines how the cylinder measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> CylinderCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="CylinderMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="CylinderCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: CylinderRecompType

Super-types:	ConstructionMethodBaseType < CylinderRecompType (by extension)
Sub-types:	None

Name	CylinderRecompType
Abstract	no
Documentation	The CylinderRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit cylinder through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CylinderRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CylinderTransformType

Super-types:	ConstructionMethodBaseType < CylinderTransformType (by extension)
Sub-types:	None

Name	CylinderTransformType
Abstract	no
Documentation	The CylinderTransformType defines a cylinder construction by the transformation of a base cylinder through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseCylinder> BaseFeatureType </BaseCylinder> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CylinderTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseCylinder" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CylindricalSegmentBestFitType

Super-types:	ConstructionMethodBaseType < CylindricalSegmentBestFitType (by extension)
Sub-types:	None

Name	CylindricalSegmentBestFitType
Abstract	no
Documentation	The CylindricalSegmentBestFitType defines the information for a best-fit cylindrical segment which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the cylindrical segment.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [6..*] ?

</...>

Schema Component Representation

<xs:complexType name="CylindricalSegmentBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="6" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CylindricalSegmentCastType

Super-types:	ConstructionMethodBaseType < CylindricalSegmentCastType (by extension)
Sub-types:	None

Name	CylindricalSegmentCastType
Abstract	no
Documentation	The CylindricalSegmentCastType defines a cylindrical segment construction by the casting of another feature type to a cylindrical segment. The location, vector and size are copied from the base feature. Any information not available on the base feature will remain at nominal.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CylindricalSegmentCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CylindricalSegmentCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	CylindricalSegmentCheckedFeatureType
Abstract	no
Documentation	The CylindricalSegmentCheckedFeatureType defines that a cylindrical segment feature is checked.

XML Instance Representation

<...>

<CheckDetails> CylindricalSegmentCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="CylindricalSegmentCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="CylindricalSegmentCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: CylindricalSegmentCheckedType

Super-types:	None
Sub-types:	None

Name	CylindricalSegmentCheckedType
Abstract	no
Documentation	The CylindricalSegmentCheckedType defines how the cylindrical segment feature measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> CylindricalSegmentConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="CylindricalSegmentCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="CylindricalSegmentConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: CylindricalSegmentConstructionMethodType

Super-types:	None
Sub-types:	None

Name	CylindricalSegmentConstructionMethodType
Abstract	no
Documentation	The CylindricalSegmentConstructionMethodType defines the method for constructing a unique nominal or measured cylindrical segment feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> CylindricalSegmentBestFitType </BestFit> [1] ?

<Recompensated> CylindricalSegmentRecompType </Recompensated> [1] ?

<Copy> CylindricalSegmentCopyType </Copy> [1] ?

<Cast> CylindricalSegmentCastType </Cast> [1] ?

<Transform> CylindricalSegmentTransformType </Transform> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="CylindricalSegmentConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="CylindricalSegmentBestFitType"/>

<xs:element name="Recompensated" type="CylindricalSegmentRecompType"/>

<xs:element name="Copy" type="CylindricalSegmentCopyType"/>

<xs:element name="Cast" type="CylindricalSegmentCastType"/>

<xs:element name="Transform" type="CylindricalSegmentTransformType"/>

</xs:choice>

</xs:complexType>

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Complex Type: CylindricalSegmentCopyType

Super-types:	ConstructionMethodBaseType < CylindricalSegmentCopyType (by extension)
Sub-types:	None

Name	CylindricalSegmentCopyType
Abstract	no
Documentation	The CylindricalSegmentCopyType defines a copied cylindrical segment construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseCylindricalSegment> BaseFeatureType </BaseCylindricalSegment> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CylindricalSegmentCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseCylindricalSegment" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CylindricalSegmentFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < SurfaceFeatureDefinitionBaseType (by extension) < CylindricalSegmentFeatureDefinitionType (by extension)
Sub-types:	None

Name	CylindricalSegmentFeatureDefinitionType
Abstract	no
Documentation	The CylindricalSegmentFeatureDefinitionType defines the cylindrical segment feature nominal information that can be common to one or more cylindrical segment features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Diameter> LinearValueType </Diameter> [1] ?

<Length> LinearValueType </Length> [0..1] ?

<Bottom> BottomType </Bottom> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="CylindricalSegmentFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="Diameter" type="LinearValueType"/>

<xs:element name="Length" type="LinearValueType" minOccurs="0"/>

<xs:element name="Bottom" type="BottomType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CylindricalSegmentFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < SurfaceFeatureItemBaseType (by extension) < CylindricalSegmentFeatureItemType (by extension)
Sub-types:	None

Name	CylindricalSegmentFeatureItemType
Abstract	no
Documentation	The CylindricalSegmentFeatureItemType defines an individual cylindrical segment feature. A cylindrical segment feature is a partial cylinder like the surface in the corner of a rounded pocket.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> CylindricalSegmentMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CylindricalSegmentFeatureItemType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="CylindricalSegmentMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CylindricalSegmentFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < SurfaceFeatureMeasurementBaseType (by extension) < CylindricalSegmentFeatureMeasurementType (by extension)
Sub-types:	None

Name	CylindricalSegmentFeatureMeasurementType
Abstract	no
Documentation	The CylindricalSegmentFeatureMeasurementType defines the cylindrical segment feature measurement information for an individual cylindrical segment feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Axis> MeasuredAxisType </Axis> [0..1] ?

<Diameter> MeasuredLinearValueType </Diameter> [0..1] ?

<Length> MeasuredLinearValueType </Length> [0..1] ?

<DiameterMin> MeasuredLinearValueType </DiameterMin> [0..1] ?

<DiameterMax> MeasuredLinearValueType </DiameterMax> [0..1] ?

<SweepMeasurementRange> SweepType </SweepMeasurementRange> [0..1] ?

<SweepFull> SweepType </SweepFull> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="CylindricalSegmentFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Axis" type="MeasuredAxisType" minOccurs="0"/>

<xs:element name="Diameter" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="Length" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DiameterMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DiameterMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="SweepMeasurementRange" type="SweepType" minOccurs="0"/>

<xs:element name="SweepFull" type="SweepType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CylindricalSegmentFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < SurfaceFeatureNominalBaseType (by extension) < CylindricalSegmentFeatureNominalType (by extension)
Sub-types:	None

Name	CylindricalSegmentFeatureNominalType
Abstract	no
Documentation	The CylindricalSegmentFeatureNominalType defines the cylindrical segment feature nominal information for an individual cylindrical segment feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Axis> AxisType </Axis> [1] ?

<Sweep> SweepType </Sweep> [1] ?

<Constructed> CylindricalSegmentConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="CylindricalSegmentFeatureNominalType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Axis" type="AxisType"/>

<xs:element name="Sweep" type="SweepType"/>

<xs:element name="Constructed" type="CylindricalSegmentConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CylindricalSegmentMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	CylindricalSegmentMeasurementDeterminationType
Abstract	no
Documentation	The CylindricalSegmentMeasurementDeterminationType defines how the cylindrical segment feature measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> CylindricalSegmentCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="CylindricalSegmentMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="CylindricalSegmentCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: CylindricalSegmentRecompType

Super-types:	ConstructionMethodBaseType < CylindricalSegmentRecompType (by extension)
Sub-types:	None

Name	CylindricalSegmentRecompType
Abstract	no
Documentation	The CylindricalSegmentRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit cylindrical segment through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CylindricalSegmentRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: CylindricalSegmentTransformType

Super-types:	ConstructionMethodBaseType < CylindricalSegmentTransformType (by extension)
Sub-types:	None

Name	CylindricalSegmentTransformType
Abstract	no
Documentation	The CylindricalSegmentTransformType defines a cylindrical segment construction by the transformation of a base cylindrical segment through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseCylindricalSegment> BaseFeatureType </BaseCylindricalSegment> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="CylindricalSegmentTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseCylindricalSegment" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: DefiningPointsMeasurementType

Super-types:	None
Sub-types:	None

Name	DefiningPointsMeasurementType
Abstract	no
Documentation	The DefiningPointsMeasurementType defines a list of ordered measured feature defining points.

XML Instance Representation

<...

Attribute group reference (not shown): AttrPoint ?

Attribute group reference (not shown): AttrMeasuredPoint ?

n="NaturalType [1] ?">

<DefiningPoint> DefiningPointMeasurementType </DefiningPoint> [1..*] ?

</...>

Schema Component Representation

<xs:complexType name="DefiningPointsMeasurementType">

<xs:sequence>

<xs:element name="DefiningPoint" type="DefiningPointMeasurementType" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attributeGroup ref="AttrPoint"/>

<xs:attributeGroup ref="AttrMeasuredPoint"/>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:complexType>

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Complex Type: DefiningPointsNominalType

Super-types:	None
Sub-types:	None

Name	DefiningPointsNominalType
Abstract	no
Documentation	The DefiningPointsNominalType defines an ordered list of nominal feature defining points.

XML Instance Representation

<...

Attribute group reference (not shown): AttrPoint ?

n="NaturalType [1] ?">

<DefiningPoint> DefiningPointNominalType </DefiningPoint> [1..*] ?

</...>

Schema Component Representation

<xs:complexType name="DefiningPointsNominalType">

<xs:sequence>

<xs:element name="DefiningPoint" type="DefiningPointNominalType" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attributeGroup ref="AttrPoint"/>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:complexType>

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Complex Type: EdgePointCastType

Super-types:	ConstructionMethodBaseType < EdgePointCastType (by extension)
Sub-types:	None

Name	EdgePointCastType
Abstract	no
Documentation	The EdgePointCastType defines an edge-point construction by the casting of another feature type to an edge-point. The location is copied from the base feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EdgePointCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EdgePointCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	EdgePointCheckedFeatureType
Abstract	no
Documentation	The EdgePointCheckedFeatureType defines that an edge-point feature is checked.

XML Instance Representation

<...>

<CheckDetails> EdgePointCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="EdgePointCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="EdgePointCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: EdgePointCheckedType

Super-types:	None
Sub-types:	None

Name	EdgePointCheckedType
Abstract	no
Documentation	The EdgePointCheckedType defines how the edge-point measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> EdgePointConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="EdgePointCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="EdgePointConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: EdgePointConstructionMethodType

Super-types:	None
Sub-types:	None

Name	EdgePointConstructionMethodType
Abstract	no
Documentation	The EdgePointConstructionMethodType defines the method for constructing a unique nominal or measured edge-point feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<Copy> EdgePointCopyType </Copy> [1] ?

<Cast> EdgePointCastType </Cast> [1] ?

<Transform> EdgePointTransformType </Transform> [1] ?

<FromScan> EdgePointFromScanType </FromScan> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="EdgePointConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="Copy" type="EdgePointCopyType"/>

<xs:element name="Cast" type="EdgePointCastType"/>

<xs:element name="Transform" type="EdgePointTransformType"/>

<xs:element name="FromScan" type="EdgePointFromScanType"/>

</xs:choice>

</xs:complexType>

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Complex Type: EdgePointCopyType

Super-types:	ConstructionMethodBaseType < EdgePointCopyType (by extension)
Sub-types:	None

Name	EdgePointCopyType
Abstract	no
Documentation	The EdgePointCopyType defines a copied edge-point construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseEdgePoint> BaseFeatureType </BaseEdgePoint> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EdgePointCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseEdgePoint" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EdgePointFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < PointFeatureDefinitionBaseType (by extension) < EdgePointFeatureDefinitionType (by extension)
Sub-types:	None

Name	EdgePointFeatureDefinitionType
Abstract	no
Documentation	The EdgePointFeatureDefinitionType defines the edge-point feature nominal information that can be common to one or more edge point features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EdgePointFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="PointFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EdgePointFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < PointFeatureItemBaseType (by extension) < EdgePointFeatureItemType (by extension)
Sub-types:	None

Name	EdgePointFeatureItemType
Abstract	no
Documentation	The EdgePointFeatureItemType defines an individual edge-point feature. An edge-point feature is a point on the intersection curve of two faces.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> EdgePointMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EdgePointFeatureItemType">

<xs:complexContent>

<xs:extension base="PointFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="EdgePointMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EdgePointFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < PointFeatureMeasurementBaseType (by extension) < EdgePointFeatureMeasurementType (by extension)
Sub-types:	None

Name	EdgePointFeatureMeasurementType
Abstract	no
Documentation	The EdgePointFeatureMeasurementType defines the edge-point feature measurement information for an individual edge-point feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Location> MeasuredPointType </Location> [0..1] ?

<Normal> MeasuredUnitVectorType </Normal> [0..1] ?

<AdjacentNormal> MeasuredUnitVectorType </AdjacentNormal> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="EdgePointFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="PointFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Location" type="MeasuredPointType" minOccurs="0"/>

<xs:element name="Normal" type="MeasuredUnitVectorType" minOccurs="0"/>

<xs:element name="AdjacentNormal" type="MeasuredUnitVectorType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EdgePointFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < PointFeatureNominalBaseType (by extension) < EdgePointFeatureNominalType (by extension)
Sub-types:	None

Name	EdgePointFeatureNominalType
Abstract	no
Documentation	The EdgePointFeatureNominalType defines the edge-point feature nominal information for an individual edge-point feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

Start Choice [0..1]

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [1] ?

<CurveFeatureNominalId> QIFReferenceFullType </CurveFeatureNominalId> [1] ?

End Choice

<Location> PointType </Location> [1] ?

<Normal> UnitVectorType </Normal> [1] ?

<AdjacentNormal> UnitVectorType </AdjacentNormal> [0..1] ?

<Constructed> EdgePointConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="EdgePointFeatureNominalType">

<xs:complexContent>

<xs:extension base="PointFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Location" type="PointType"/>

<xs:element name="Normal" type="UnitVectorType"/>

<xs:element name="AdjacentNormal" type="UnitVectorType" minOccurs="0"/>

<xs:element name="Constructed" type="EdgePointConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EdgePointFromScanType

Super-types:	ConstructionMethodBaseType < EdgePointFromScanType (by extension)
Sub-types:	None

Name	EdgePointFromScanType
Abstract	no
Documentation	The EdgePointFromScanType defines an edge-point construction by the retrieval of an edge-point from a scanned surface feature (point cloud).

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<SurfaceFeature> BaseFeatureType </SurfaceFeature> [1] ?

<SearchRadius> LinearValueType </SearchRadius> [1] ?

<PatchRadius> LinearValueType </PatchRadius> [1] ?

<Distance> LinearValueType </Distance> [1] ?

<Depth> LinearValueType </Depth> [1] ?

<RetrievalMethod> RetrievalMethodEnumType </RetrievalMethod> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EdgePointFromScanType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="SurfaceFeature" type="BaseFeatureType"/>

<xs:element name="SearchRadius" type="LinearValueType"/>

<xs:element name="PatchRadius" type="LinearValueType"/>

<xs:element name="Distance" type="LinearValueType"/>

<xs:element name="Depth" type="LinearValueType"/>

<xs:element name="RetrievalMethod" type="RetrievalMethodEnumType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EdgePointMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	EdgePointMeasurementDeterminationType
Abstract	no
Documentation	The EdgePointMeasurementDeterminationType defines how the edge-point measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> EdgePointCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="EdgePointMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="EdgePointCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: EdgePointTransformType

Super-types:	ConstructionMethodBaseType < EdgePointTransformType (by extension)
Sub-types:	None

Name	EdgePointTransformType
Abstract	no
Documentation	The EdgePointTransformType defines an edge-point construction by the transformation of an edge-point through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseEdgePoint> BaseFeatureType </BaseEdgePoint> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EdgePointTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseEdgePoint" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipseBestFitType

Super-types:	ConstructionMethodBaseType < EllipseBestFitType (by extension)
Sub-types:	None

Name	EllipseBestFitType
Abstract	no
Documentation	The EllipseBestFitType defines the information for a best-fit ellipse which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the ellipse.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [5..*] ?

</...>

Schema Component Representation

<xs:complexType name="EllipseBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="5" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipseCastType

Super-types:	ConstructionMethodBaseType < EllipseCastType (by extension)
Sub-types:	None

Name	EllipseCastType
Abstract	no
Documentation	The EllipseCastType defines an ellipse construction by the casting of another feature type to an ellipse. The location, vectors and sizes are copied from the base feature. Any information not available on the base feature will remain at nominal.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipseCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipseCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	EllipseCheckedFeatureType
Abstract	no
Documentation	The EllipseCheckedFeatureType defines that an ellipse feature is checked.

XML Instance Representation

<...>

<CheckDetails> EllipseCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipseCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="EllipseCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: EllipseCheckedType

Super-types:	None
Sub-types:	None

Name	EllipseCheckedType
Abstract	no
Documentation	The EllipseCheckedType defines how the ellipse measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> EllipseConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="EllipseCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="EllipseConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: EllipseConstructionMethodType

Super-types:	None
Sub-types:	None

Name	EllipseConstructionMethodType
Abstract	no
Documentation	The EllipseConstructionMethodType defines the method for constructing a unique nominal or measured ellipse feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> EllipseBestFitType </BestFit> [1] ?

<Recompensated> EllipseRecompType </Recompensated> [1] ?

<Intersection> EllipseIntersectionType </Intersection> [1] ?

<Projection> EllipseProjectionType </Projection> [1] ?

<Copy> EllipseCopyType </Copy> [1] ?

<Cast> EllipseCastType </Cast> [1] ?

<Transform> EllipseTransformType </Transform> [1] ?

<FromScan> EllipseFromScanType </FromScan> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="EllipseConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="EllipseBestFitType"/>

<xs:element name="Recompensated" type="EllipseRecompType"/>

<xs:element name="Intersection" type="EllipseIntersectionType"/>

<xs:element name="Projection" type="EllipseProjectionType"/>

<xs:element name="Copy" type="EllipseCopyType"/>

<xs:element name="Cast" type="EllipseCastType"/>

<xs:element name="Transform" type="EllipseTransformType"/>

<xs:element name="FromScan" type="EllipseFromScanType"/>

</xs:choice>

</xs:complexType>

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Complex Type: EllipseCopyType

Super-types:	ConstructionMethodBaseType < EllipseCopyType (by extension)
Sub-types:	None

Name	EllipseCopyType
Abstract	no
Documentation	The EllipseCopyType defines a copied ellipse construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseEllipse> BaseFeatureType </BaseEllipse> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipseCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseEllipse" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipseFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < CurveFeatureDefinitionBaseType (by extension) < EllipseFeatureDefinitionType (by extension)
Sub-types:	None

Name	EllipseFeatureDefinitionType
Abstract	no
Documentation	The EllipseFeatureDefinitionType defines the ellipse feature nominal information that can be common to one or more ellipse features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<MajorDiameter> LinearValueType </MajorDiameter> [1] ?

<MinorDiameter> LinearValueType </MinorDiameter> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipseFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="CurveFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="MajorDiameter" type="LinearValueType"/>

<xs:element name="MinorDiameter" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipseFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < CurveFeatureItemBaseType (by extension) < EllipseFeatureItemType (by extension)
Sub-types:	None

Name	EllipseFeatureItemType
Abstract	no
Documentation	The EllipseFeatureItemType defines an individual ellipse feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> EllipseMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipseFeatureItemType">

<xs:complexContent>

<xs:extension base="CurveFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="EllipseMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipseFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < CurveFeatureMeasurementBaseType (by extension) < EllipseFeatureMeasurementType (by extension)
Sub-types:	None

Name	EllipseFeatureMeasurementType
Abstract	no
Documentation	The EllipseFeatureMeasurementType defines the ellipse feature measurement information for an individual ellipse feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Axis> MeasuredAxisType </Axis> [0..1] ?

<Normal> MeasuredUnitVectorType </Normal> [0..1] ?

<SweepMeasurementRange> SweepType </SweepMeasurementRange> [0..1] ?

<SweepFull> SweepType </SweepFull> [0..1] ?

<MajorDiameter> MeasuredLinearValueType </MajorDiameter> [0..1] ?

<MinorDiameter> MeasuredLinearValueType </MinorDiameter> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipseFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="CurveFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Axis" type="MeasuredAxisType" minOccurs="0"/>

<xs:element name="Normal" type="MeasuredUnitVectorType" minOccurs="0"/>

<xs:element name="SweepMeasurementRange" type="SweepType" minOccurs="0"/>

<xs:element name="SweepFull" type="SweepType" minOccurs="0"/>

<xs:element name="MajorDiameter" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="MinorDiameter" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipseFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < CurveFeatureNominalBaseType (by extension) < EllipseFeatureNominalType (by extension)
Sub-types:	None

Name	EllipseFeatureNominalType
Abstract	no
Documentation	The EllipseFeatureNominalType defines the ellipse feature nominal information for an individual ellipse feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

<Axis> AxisType </Axis> [1] ?

<Normal> UnitVectorType </Normal> [1] ?

<Sweep> SweepType </Sweep> [0..1] ?

<Constructed> EllipseConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipseFeatureNominalType">

<xs:complexContent>

<xs:extension base="CurveFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Axis" type="AxisType"/>

<xs:element name="Normal" type="UnitVectorType"/>

<xs:element name="Sweep" type="SweepType" minOccurs="0"/>

<xs:element name="Constructed" type="EllipseConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipseFromScanType

Super-types:	ConstructionMethodBaseType < EllipseFromScanType (by extension)
Sub-types:	None

Name	EllipseFromScanType
Abstract	no
Documentation	The EllipseFromScanType defines an ellipse construction by the retrieval of an ellipse from a scanned surface feature (point cloud).

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<SurfaceFeature> BaseFeatureType </SurfaceFeature> [1] ?

<SearchRadius> LinearValueType </SearchRadius> [1] ?

<Depth> LinearValueType </Depth> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipseFromScanType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="SurfaceFeature" type="BaseFeatureType"/>

<xs:element name="SearchRadius" type="LinearValueType"/>

<xs:element name="Depth" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipseIntersectionType

Super-types:	ConstructionMethodBaseType < EllipseIntersectionType (by extension)
Sub-types:	None

Name	EllipseIntersectionType
Abstract	no
Documentation	The EllipseIntersectionType defines the construction of an ellipse by the intersection of a plane with a base feature that may be a cylinder, cone, or other feature with an elliptical cross section.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<IntersectionPlane> BaseFeatureType </IntersectionPlane> [1] ?

<IntersectionFeature> BaseFeatureType </IntersectionFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipseIntersectionType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="IntersectionPlane" type="BaseFeatureType"/>

<xs:element name="IntersectionFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipseMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	EllipseMeasurementDeterminationType
Abstract	no
Documentation	The EllipseMeasurementDeterminationType defines how the ellipse measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> EllipseCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="EllipseMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="EllipseCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: EllipseProjectionType

Super-types:	ConstructionMethodBaseType < EllipseProjectionType (by extension)
Sub-types:	None

Name	EllipseProjectionType
Abstract	no
Documentation	The EllipseProjectionType defines a projected ellipse construction with the ellipse to be projected and the projection plane.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<ProjectionFeature> BaseFeatureType </ProjectionFeature> [1] ?

<ProjectionPlane> BaseFeatureType </ProjectionPlane> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipseProjectionType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="ProjectionFeature" type="BaseFeatureType"/>

<xs:element name="ProjectionPlane" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipseRecompType

Super-types:	ConstructionMethodBaseType < EllipseRecompType (by extension)
Sub-types:	None

Name	EllipseRecompType
Abstract	no
Documentation	The EllipseRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit ellipse through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipseRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipseTransformType

Super-types:	ConstructionMethodBaseType < EllipseTransformType (by extension)
Sub-types:	None

Name	EllipseTransformType
Abstract	no
Documentation	The EllipseTransformType defines an ellipse construction by the transformation of an ellipse through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseEllipse> BaseFeatureType </BaseEllipse> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipseTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseEllipse" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipticalArcBestFitType

Super-types:	ConstructionMethodBaseType < EllipticalArcBestFitType (by extension)
Sub-types:	None

Name	EllipticalArcBestFitType
Abstract	no
Documentation	The EllipticalArcBestFitType defines the information for a best-fit elliptical arc which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the elliptical arc.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [5..*] ?

</...>

Schema Component Representation

<xs:complexType name="EllipticalArcBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="5" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipticalArcCastType

Super-types:	ConstructionMethodBaseType < EllipticalArcCastType (by extension)
Sub-types:	None

Name	EllipticalArcCastType
Abstract	no
Documentation	The EllipticalArcCastType defines an elliptical arc construction by the casting of another feature type to an elliptical arc. The location, vectors and sizes are copied from the base feature. Any information not available on the base feature will remain at nominal.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipticalArcCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipticalArcCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	EllipticalArcCheckedFeatureType
Abstract	no
Documentation	The EllipticalArcCheckedFeatureType defines that an elliptical arc feature is checked.

XML Instance Representation

<...>

<CheckDetails> EllipticalArcCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipticalArcCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="EllipticalArcCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: EllipticalArcCheckedType

Super-types:	None
Sub-types:	None

Name	EllipticalArcCheckedType
Abstract	no
Documentation	The EllipticalArcCheckedType defines how the elliptical arc measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> EllipticalArcConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="EllipticalArcCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="EllipticalArcConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: EllipticalArcConstructionMethodType

Super-types:	None
Sub-types:	None

Name	EllipticalArcConstructionMethodType
Abstract	no
Documentation	The EllipticalArcConstructionMethodType defines the method for constructing a unique nominal or measured elliptical arc feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> EllipticalArcBestFitType </BestFit> [1] ?

<Recompensated> EllipticalArcRecompType </Recompensated> [1] ?

<Intersection> EllipticalArcIntersectionType </Intersection> [1] ?

<Projection> EllipticalArcProjectionType </Projection> [1] ?

<Copy> EllipticalArcCopyType </Copy> [1] ?

<Cast> EllipticalArcCastType </Cast> [1] ?

<Transform> EllipticalArcTransformType </Transform> [1] ?

<FromScan> EllipticalArcFromScanType </FromScan> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="EllipticalArcConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="EllipticalArcBestFitType"/>

<xs:element name="Recompensated" type="EllipticalArcRecompType"/>

<xs:element name="Intersection" type="EllipticalArcIntersectionType"/>

<xs:element name="Projection" type="EllipticalArcProjectionType"/>

<xs:element name="Copy" type="EllipticalArcCopyType"/>

<xs:element name="Cast" type="EllipticalArcCastType"/>

<xs:element name="Transform" type="EllipticalArcTransformType"/>

<xs:element name="FromScan" type="EllipticalArcFromScanType"/>

</xs:choice>

</xs:complexType>

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Complex Type: EllipticalArcCopyType

Super-types:	ConstructionMethodBaseType < EllipticalArcCopyType (by extension)
Sub-types:	None

Name	EllipticalArcCopyType
Abstract	no
Documentation	The EllipticalArcCopyType defines a copied elliptical arc construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseEllipticalArc> BaseFeatureType </BaseEllipticalArc> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipticalArcCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseEllipticalArc" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipticalArcFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < CurveFeatureDefinitionBaseType (by extension) < EllipticalArcFeatureDefinitionType (by extension)
Sub-types:	None

Name	EllipticalArcFeatureDefinitionType
Abstract	no
Documentation	The EllipticalArcFeatureDefinitionType defines the elliptical arc feature nominal information that can be common to one or more elliptical arc features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<MajorDiameter> LinearValueType </MajorDiameter> [1] ?

<MinorDiameter> LinearValueType </MinorDiameter> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipticalArcFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="CurveFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="MajorDiameter" type="LinearValueType"/>

<xs:element name="MinorDiameter" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipticalArcFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < CurveFeatureItemBaseType (by extension) < EllipticalArcFeatureItemType (by extension)
Sub-types:	None

Name	EllipticalArcFeatureItemType
Abstract	no
Documentation	The EllipticalArcFeatureItemType defines an individual elliptical arc feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> EllipticalArcMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipticalArcFeatureItemType">

<xs:complexContent>

<xs:extension base="CurveFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="EllipticalArcMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipticalArcFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < CurveFeatureMeasurementBaseType (by extension) < EllipticalArcFeatureMeasurementType (by extension)
Sub-types:	None

Name	EllipticalArcFeatureMeasurementType
Abstract	no
Documentation	The EllipticalArcFeatureMeasurementType defines the elliptical arc feature measurement information for an individual elliptical arc feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Axis> MeasuredAxisType </Axis> [0..1] ?

<Normal> MeasuredUnitVectorType </Normal> [0..1] ?

<SweepMeasurementRange> SweepType </SweepMeasurementRange> [0..1] ?

<SweepFull> SweepType </SweepFull> [0..1] ?

<MajorDiameter> MeasuredLinearValueType </MajorDiameter> [0..1] ?

<MinorDiameter> MeasuredLinearValueType </MinorDiameter> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipticalArcFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="CurveFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Axis" type="MeasuredAxisType" minOccurs="0"/>

<xs:element name="Normal" type="MeasuredUnitVectorType" minOccurs="0"/>

<xs:element name="SweepMeasurementRange" type="SweepType" minOccurs="0"/>

<xs:element name="SweepFull" type="SweepType" minOccurs="0"/>

<xs:element name="MajorDiameter" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="MinorDiameter" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipticalArcFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < CurveFeatureNominalBaseType (by extension) < EllipticalArcFeatureNominalType (by extension)
Sub-types:	None

Name	EllipticalArcFeatureNominalType
Abstract	no
Documentation	The EllipticalArcFeatureNominalType defines the elliptical arc feature nominal information for an individual elliptical arc feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

<Axis> AxisType </Axis> [1] ?

<Normal> UnitVectorType </Normal> [1] ?

<Sweep> SweepType </Sweep> [1] ?

<Constructed> EllipticalArcConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipticalArcFeatureNominalType">

<xs:complexContent>

<xs:extension base="CurveFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Axis" type="AxisType"/>

<xs:element name="Normal" type="UnitVectorType"/>

<xs:element name="Sweep" type="SweepType"/>

<xs:element name="Constructed" type="EllipticalArcConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipticalArcFromScanType

Super-types:	ConstructionMethodBaseType < EllipticalArcFromScanType (by extension)
Sub-types:	None

Name	EllipticalArcFromScanType
Abstract	no
Documentation	The EllipticalArcFromScanType defines an elliptical arc construction by the retrieval of an elliptical arc from a scanned surface feature (point cloud).

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<SurfaceFeature> BaseFeatureType </SurfaceFeature> [1] ?

<SearchRadius> LinearValueType </SearchRadius> [1] ?

<Depth> LinearValueType </Depth> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipticalArcFromScanType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="SurfaceFeature" type="BaseFeatureType"/>

<xs:element name="SearchRadius" type="LinearValueType"/>

<xs:element name="Depth" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipticalArcIntersectionType

Super-types:	ConstructionMethodBaseType < EllipticalArcIntersectionType (by extension)
Sub-types:	None

Name	EllipticalArcIntersectionType
Abstract	no
Documentation	The EllipticalArcIntersectionType defines the construction of an elliptical arc by the intersection of a plane with a base feature that may be a cylinder, cone, or other feature with an elliptical cross section.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<IntersectionPlane> BaseFeatureType </IntersectionPlane> [1] ?

<IntersectionFeature> BaseFeatureType </IntersectionFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipticalArcIntersectionType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="IntersectionPlane" type="BaseFeatureType"/>

<xs:element name="IntersectionFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipticalArcMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	EllipticalArcMeasurementDeterminationType
Abstract	no
Documentation	The EllipticalArcMeasurementDeterminationType defines how the elliptical arc measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> EllipticalArcCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="EllipticalArcMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="EllipticalArcCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: EllipticalArcProjectionType

Super-types:	ConstructionMethodBaseType < EllipticalArcProjectionType (by extension)
Sub-types:	None

Name	EllipticalArcProjectionType
Abstract	no
Documentation	The EllipticalArcProjectionType defines a projected elliptical arc construction with the elliptical or circular arc to be projected and the projection plane.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<ProjectionFeature> BaseFeatureType </ProjectionFeature> [1] ?

<ProjectionPlane> BaseFeatureType </ProjectionPlane> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipticalArcProjectionType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="ProjectionFeature" type="BaseFeatureType"/>

<xs:element name="ProjectionPlane" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipticalArcRecompType

Super-types:	ConstructionMethodBaseType < EllipticalArcRecompType (by extension)
Sub-types:	None

Name	EllipticalArcRecompType
Abstract	no
Documentation	The EllipticalArcRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit elliptical arc through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipticalArcRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: EllipticalArcTransformType

Super-types:	ConstructionMethodBaseType < EllipticalArcTransformType (by extension)
Sub-types:	None

Name	EllipticalArcTransformType
Abstract	no
Documentation	The EllipticalArcTransformType defines an elliptical arc construction by the transformation of an elliptical arc through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseEllipticalArc> BaseFeatureType </BaseEllipticalArc> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="EllipticalArcTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseEllipticalArc" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ElongatedCircleBestFitType

Super-types:	ConstructionMethodBaseType < ElongatedCircleBestFitType (by extension)
Sub-types:	None

Name	ElongatedCircleBestFitType
Abstract	no
Documentation	The ElongatedCircleBestFitType defines the information for a best-fit elongated circle which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the elongated circle.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [6..*] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCircleBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="6" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ElongatedCircleCastType

Super-types:	ConstructionMethodBaseType < ElongatedCircleCastType (by extension)
Sub-types:	None

Name	ElongatedCircleCastType
Abstract	no
Documentation	The ElongatedCircleCastType defines an elongated circle construction by the casting of another feature type to an elongated circle. The location, vectors and size are copied from the base feature. Any information not available on the base feature will remain at nominal.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCircleCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ElongatedCircleCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	ElongatedCircleCheckedFeatureType
Abstract	no
Documentation	The ElongatedCircleCheckedFeatureType defines that an elongated circle feature is checked.

XML Instance Representation

<...>

<CheckDetails> ElongatedCircleCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCircleCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="ElongatedCircleCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: ElongatedCircleCheckedType

Super-types:	None
Sub-types:	None

Name	ElongatedCircleCheckedType
Abstract	no
Documentation	The ElongatedCircleCheckedType defines how the elongated circle measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> ElongatedCircleConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ElongatedCircleCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="ElongatedCircleConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ElongatedCircleConstructionMethodType

Super-types:	None
Sub-types:	None

Name	ElongatedCircleConstructionMethodType
Abstract	no
Documentation	The ElongatedCircleConstructionMethodType defines the method for constructing a unique nominal or measured elongated circle.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> ElongatedCircleBestFitType </BestFit> [1] ?

<Recompensated> ElongatedCircleRecompType </Recompensated> [1] ?

<Copy> ElongatedCircleCopyType </Copy> [1] ?

<Cast> ElongatedCircleCastType </Cast> [1] ?

<Transform> ElongatedCircleTransformType </Transform> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ElongatedCircleConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="ElongatedCircleBestFitType"/>

<xs:element name="Recompensated" type="ElongatedCircleRecompType"/>

<xs:element name="Copy" type="ElongatedCircleCopyType"/>

<xs:element name="Cast" type="ElongatedCircleCastType"/>

<xs:element name="Transform" type="ElongatedCircleTransformType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ElongatedCircleCopyType

Super-types:	ConstructionMethodBaseType < ElongatedCircleCopyType (by extension)
Sub-types:	None

Name	ElongatedCircleCopyType
Abstract	no
Documentation	The ElongatedCircleCopyType defines a copied elongated circle construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseElongatedCircle> BaseFeatureType </BaseElongatedCircle> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCircleCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseElongatedCircle" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ElongatedCircleFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < CurveFeatureDefinitionBaseType (by extension) < ElongatedCircleFeatureDefinitionType (by extension)
Sub-types:	None

Name	ElongatedCircleFeatureDefinitionType
Abstract	no
Documentation	The ElongatedCircleFeatureDefinitionType defines the elongated circle feature nominal information that can be common to one or more elongated circle features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Diameter> LinearValueType </Diameter> [1] ?

<Length> LinearValueType </Length> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCircleFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="CurveFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="Diameter" type="LinearValueType"/>

<xs:element name="Length" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ElongatedCircleFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < CurveFeatureItemBaseType (by extension) < ElongatedCircleFeatureItemType (by extension)
Sub-types:	None

Name	ElongatedCircleFeatureItemType
Abstract	no
Documentation	The ElongatedCircleFeatureItemType defines an individual feature-of-size elongated circle feature, located by its center point. An elongated circle feature can represent a cross section of the ends of a round-ended slot in the case where the slot has independent tolerance requirements for its sides and ends. The flat sides of the elongated circle are not included in the elongated circle. The ends of the feature are semicircles that meet the sides tangentially. The width of the feature is the diameter of the ends.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> ElongatedCircleMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCircleFeatureItemType">

<xs:complexContent>

<xs:extension base="CurveFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="ElongatedCircleMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ElongatedCircleFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < CurveFeatureMeasurementBaseType (by extension) < ElongatedCircleFeatureMeasurementType (by extension)
Sub-types:	None

Name	ElongatedCircleFeatureMeasurementType
Abstract	no
Documentation	The ElongatedCircleFeatureMeasurementType defines the elongated circle feature measurement information for an individual elongated circle feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Diameter> MeasuredLinearValueType </Diameter> [0..1] ?

<DiameterMin> MeasuredLinearValueType </DiameterMin> [0..1] ?

<DiameterMax> MeasuredLinearValueType </DiameterMax> [0..1] ?

<CenterLine> MeasuredPointAndVectorType </CenterLine> [0..1] ?

<Normal> MeasuredUnitVectorType </Normal> [0..1] ?

<Length> MeasuredLinearValueType </Length> [0..1] ?

<LengthMax> MeasuredLinearValueType </LengthMax> [0..1] ?

<LengthMin> MeasuredLinearValueType </LengthMin> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCircleFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="CurveFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Diameter" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DiameterMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DiameterMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="CenterLine" type="MeasuredPointAndVectorType" minOccurs="0"/>

<xs:element name="Normal" type="MeasuredUnitVectorType" minOccurs="0"/>

<xs:element name="Length" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="LengthMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="LengthMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ElongatedCircleFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < CurveFeatureNominalBaseType (by extension) < ElongatedCircleFeatureNominalType (by extension)
Sub-types:	None

Name	ElongatedCircleFeatureNominalType
Abstract	no
Documentation	The ElongatedCircleFeatureNominalType defines the elongated circle feature nominal information for an individual elongated circle feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

<CenterLine> PointAndVectorType </CenterLine> [1] ?

<Normal> UnitVectorType </Normal> [1] ?

<Constructed> ElongatedCircleConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCircleFeatureNominalType">

<xs:complexContent>

<xs:extension base="CurveFeatureNominalBaseType">

<xs:sequence>

<xs:element name="CenterLine" type="PointAndVectorType"/>

<xs:element name="Normal" type="UnitVectorType"/>

<xs:element name="Constructed" type="ElongatedCircleConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ElongatedCircleMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	ElongatedCircleMeasurementDeterminationType
Abstract	no
Documentation	The ElongatedCircleMeasurementDeterminationType defines how the elongated circle measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> ElongatedCircleCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ElongatedCircleMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="ElongatedCircleCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ElongatedCircleRecompType

Super-types:	ConstructionMethodBaseType < ElongatedCircleRecompType (by extension)
Sub-types:	None

Name	ElongatedCircleRecompType
Abstract	no
Documentation	The ElongatedCircleRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit elongated circle through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCircleRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ElongatedCircleTransformType

Super-types:	ConstructionMethodBaseType < ElongatedCircleTransformType (by extension)
Sub-types:	None

Name	ElongatedCircleTransformType
Abstract	no
Documentation	The ElongatedCircleTransformType defines an elongated circle construction by the transformation of an elongated circle through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseElongatedCircle> BaseFeatureType </BaseElongatedCircle> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCircleTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseElongatedCircle" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ElongatedCylinderBestFitType

Super-types:	ConstructionMethodBaseType < ElongatedCylinderBestFitType (by extension)
Sub-types:	None

Name	ElongatedCylinderBestFitType
Abstract	no
Documentation	The ElongatedCylinderBestFitType defines the information for a best-fit elongated cylinder which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the elongated cylinder.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [9..*] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCylinderBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="9" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ElongatedCylinderCastType

Super-types:	ConstructionMethodBaseType < ElongatedCylinderCastType (by extension)
Sub-types:	None

Name	ElongatedCylinderCastType
Abstract	no
Documentation	The ElongatedCylinderCastType defines an elongated cylinder construction by the casting of another feature type to an elongated cylinder. The location, vectors and size are copied from the base feature. Any information not available on the base feature will remain at nominal.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCylinderCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ElongatedCylinderCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	ElongatedCylinderCheckedFeatureType
Abstract	no
Documentation	The ElongatedCylinderCheckedFeatureType defines that an elongated cylinder feature is checked.

XML Instance Representation

<...>

<CheckDetails> ElongatedCylinderCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCylinderCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="ElongatedCylinderCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: ElongatedCylinderCheckedType

Super-types:	None
Sub-types:	None

Name	ElongatedCylinderCheckedType
Abstract	no
Documentation	The ElongatedCylinderCheckedType defines how the elongated cylinder measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> ElongatedCylinderConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ElongatedCylinderCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="ElongatedCylinderConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ElongatedCylinderConstructionMethodType

Super-types:	None
Sub-types:	None

Name	ElongatedCylinderConstructionMethodType
Abstract	no
Documentation	The ElongatedCylinderConstructionMethodType defines the method for constructing a unique nominal or measured elongated cylinder.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> ElongatedCylinderBestFitType </BestFit> [1] ?

<Recompensated> ElongatedCylinderRecompType </Recompensated> [1] ?

<Copy> ElongatedCylinderCopyType </Copy> [1] ?

<Cast> ElongatedCylinderCastType </Cast> [1] ?

<Transform> ElongatedCylinderTransformType </Transform> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ElongatedCylinderConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="ElongatedCylinderBestFitType"/>

<xs:element name="Recompensated" type="ElongatedCylinderRecompType"/>

<xs:element name="Copy" type="ElongatedCylinderCopyType"/>

<xs:element name="Cast" type="ElongatedCylinderCastType"/>

<xs:element name="Transform" type="ElongatedCylinderTransformType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ElongatedCylinderCopyType

Super-types:	ConstructionMethodBaseType < ElongatedCylinderCopyType (by extension)
Sub-types:	None

Name	ElongatedCylinderCopyType
Abstract	no
Documentation	The ElongatedCylinderCopyType defines a copied elongated cylinder construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseElongatedCylinder> BaseFeatureType </BaseElongatedCylinder> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCylinderCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseElongatedCylinder" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ElongatedCylinderFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < SurfaceFeatureDefinitionBaseType (by extension) < ElongatedCylinderFeatureDefinitionType (by extension)
Sub-types:	None

Name	ElongatedCylinderFeatureDefinitionType
Abstract	no
Documentation	The ElongatedCylinderFeatureDefinitionType defines the elongated cylinder feature nominal information that can be common to one or more elongated cylinder features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Diameter> LinearValueType </Diameter> [1] ?

<Length> LinearValueType </Length> [1] ?

<Depth> LinearValueType </Depth> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCylinderFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="Diameter" type="LinearValueType"/>

<xs:element name="Length" type="LinearValueType"/>

<xs:element name="Depth" type="LinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ElongatedCylinderFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < SurfaceFeatureItemBaseType (by extension) < ElongatedCylinderFeatureItemType (by extension)
Sub-types:	None

Name	ElongatedCylinderFeatureItemType
Abstract	no
Documentation	The ElongatedCylinderFeatureItemType defines an individual feature-of-size elongated cylinder feature, located by its center plane. An elongated cylinder feature can represent the ends of a round-ended slot in the case where the slot has independent tolerance requirements for its sides and ends. The flat sides of the slot are not included in the elongated cylinder. Only the partial cylinders at each end are included. The ends of the feature are half cylinders. The flat sides are tangent to the ends. The width of the feature is the diameter of the ends.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> ElongatedCylinderMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCylinderFeatureItemType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="ElongatedCylinderMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ElongatedCylinderFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < SurfaceFeatureMeasurementBaseType (by extension) < ElongatedCylinderFeatureMeasurementType (by extension)
Sub-types:	None

Name	ElongatedCylinderFeatureMeasurementType
Abstract	no
Documentation	The ElongatedCylinderFeatureMeasurementType defines the elongated cylinder feature measurement information for an individual elongated cylinder feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Diameter> MeasuredLinearValueType </Diameter> [0..1] ?

<DiameterMin> MeasuredLinearValueType </DiameterMin> [0..1] ?

<DiameterMax> MeasuredLinearValueType </DiameterMax> [0..1] ?

<CenterPlane> MeasuredPlaneType </CenterPlane> [0..1] ?

<Length> MeasuredLinearValueType </Length> [0..1] ?

<LengthMax> MeasuredLinearValueType </LengthMax> [0..1] ?

<LengthMin> MeasuredLinearValueType </LengthMin> [0..1] ?

<Depth> MeasuredLinearValueType </Depth> [0..1] ?

<DepthMax> MeasuredLinearValueType </DepthMax> [0..1] ?

<DepthMin> MeasuredLinearValueType </DepthMin> [0..1] ?

<DepthVector> MeasuredUnitVectorType </DepthVector> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCylinderFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Diameter" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DiameterMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DiameterMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="CenterPlane" type="MeasuredPlaneType" minOccurs="0"/>

<xs:element name="Length" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="LengthMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="LengthMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="Depth" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DepthMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DepthMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DepthVector" type="MeasuredUnitVectorType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ElongatedCylinderFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < SurfaceFeatureNominalBaseType (by extension) < ElongatedCylinderFeatureNominalType (by extension)
Sub-types:	None

Name	ElongatedCylinderFeatureNominalType
Abstract	no
Documentation	The ElongatedCylinderFeatureNominalType defines the elongated cylinder feature nominal information for an individual elongated cylinder feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<CenterPlane> PlaneType </CenterPlane> [1] ?

<DepthVector> UnitVectorType </DepthVector> [1] ?

<Constructed> ElongatedCylinderConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCylinderFeatureNominalType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureNominalBaseType">

<xs:sequence>

<xs:element name="CenterPlane" type="PlaneType"/>

<xs:element name="DepthVector" type="UnitVectorType"/>

<xs:element name="Constructed" type="ElongatedCylinderConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ElongatedCylinderMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	ElongatedCylinderMeasurementDeterminationType
Abstract	no
Documentation	The ElongatedCylinderMeasurementDeterminationType defines how the elongated cylinder measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> ElongatedCylinderCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ElongatedCylinderMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="ElongatedCylinderCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ElongatedCylinderRecompType

Super-types:	ConstructionMethodBaseType < ElongatedCylinderRecompType (by extension)
Sub-types:	None

Name	ElongatedCylinderRecompType
Abstract	no
Documentation	The ElongatedCylinderRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit elongated cylinder through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCylinderRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ElongatedCylinderTransformType

Super-types:	ConstructionMethodBaseType < ElongatedCylinderTransformType (by extension)
Sub-types:	None

Name	ElongatedCylinderTransformType
Abstract	no
Documentation	The ElongatedCylinderTransformType defines an elongated cylinder construction by the transformation of an elongated cylinder through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseElongatedCylinder> BaseFeatureType </BaseElongatedCylinder> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ElongatedCylinderTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseElongatedCylinder" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ExtrudedCrossSectionBestFitType

Super-types:	ConstructionMethodBaseType < ExtrudedCrossSectionBestFitType (by extension)
Sub-types:	None

Name	ExtrudedCrossSectionBestFitType
Abstract	no
Documentation	The ExtrudedCrossSectionBestFitType defines the information for a best-fit extruded cross section which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the extruded cross section.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [6..*] ?

</...>

Schema Component Representation

<xs:complexType name="ExtrudedCrossSectionBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="6" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ExtrudedCrossSectionCastType

Super-types:	ConstructionMethodBaseType < ExtrudedCrossSectionCastType (by extension)
Sub-types:	None

Name	ExtrudedCrossSectionCastType
Abstract	no
Documentation	The ExtrudedCrossSectionCastType defines the cast of another feature type to an extruded cross section. The location, axis and size are copied from the base feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ExtrudedCrossSectionCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ExtrudedCrossSectionCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	ExtrudedCrossSectionCheckedFeatureType
Abstract	no
Documentation	The ExtrudedCrossSectionCheckedFeatureType defines that an extruded cross-section feature is checked.

XML Instance Representation

<...>

<CheckDetails> ExtrudedCrossSectionCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ExtrudedCrossSectionCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="ExtrudedCrossSectionCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: ExtrudedCrossSectionCheckedType

Super-types:	None
Sub-types:	None

Name	ExtrudedCrossSectionCheckedType
Abstract	no
Documentation	The ExtrudedCrossSectionCheckedType defines how the extruded cross section measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> ExtrudedCrossSectionConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ExtrudedCrossSectionCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="ExtrudedCrossSectionConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ExtrudedCrossSectionConstructionMethodType

Super-types:	None
Sub-types:	None

Name	ExtrudedCrossSectionConstructionMethodType
Abstract	no
Documentation	The ExtrudedCrossSectionConstructionMethodType defines the method for constructing a unique nominal or measured extruded cross section feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> ExtrudedCrossSectionBestFitType </BestFit> [1] ?

<Recompensated> ExtrudedCrossSectionRecompType </Recompensated> [1] ?

<Copy> ExtrudedCrossSectionCopyType </Copy> [1] ?

<Cast> ExtrudedCrossSectionCastType </Cast> [1] ?

<Transform> ExtrudedCrossSectionTransformType </Transform> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ExtrudedCrossSectionConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="ExtrudedCrossSectionBestFitType"/>

<xs:element name="Recompensated" type="ExtrudedCrossSectionRecompType"/>

<xs:element name="Copy" type="ExtrudedCrossSectionCopyType"/>

<xs:element name="Cast" type="ExtrudedCrossSectionCastType"/>

<xs:element name="Transform" type="ExtrudedCrossSectionTransformType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ExtrudedCrossSectionCopyType

Super-types:	ConstructionMethodBaseType < ExtrudedCrossSectionCopyType (by extension)
Sub-types:	None

Name	ExtrudedCrossSectionCopyType
Abstract	no
Documentation	The ExtrudedCrossSectionCopyType defines a copied extruded cross section construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseExtrudedCrossSection> BaseFeatureType </BaseExtrudedCrossSection> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ExtrudedCrossSectionCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseExtrudedCrossSection" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ExtrudedCrossSectionFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < SurfaceFeatureDefinitionBaseType (by extension) < ExtrudedCrossSectionFeatureDefinitionType (by extension)
Sub-types:	None

Name	ExtrudedCrossSectionFeatureDefinitionType
Abstract	no
Documentation	The ExtrudedCrossSectionFeatureDefinitionType defines the extruded cross-section feature nominal information that can be common to one or more extruded cross-section features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Length> LinearValueType </Length> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ExtrudedCrossSectionFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="Length" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ExtrudedCrossSectionFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < SurfaceFeatureItemBaseType (by extension) < ExtrudedCrossSectionFeatureItemType (by extension)
Sub-types:	None

Name	ExtrudedCrossSectionFeatureItemType
Abstract	no
Documentation	The ExtrudedCrossSectionFeatureItemType defines an individual extruded cross-section feature. An extruded cross-section feature is formed by extruding a planar curve a distance along a vector normal to the plane of the curve.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> ExtrudedCrossSectionMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ExtrudedCrossSectionFeatureItemType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="ExtrudedCrossSectionMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ExtrudedCrossSectionFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < SurfaceFeatureMeasurementBaseType (by extension) < ExtrudedCrossSectionFeatureMeasurementType (by extension)
Sub-types:	None

Name	ExtrudedCrossSectionFeatureMeasurementType
Abstract	no
Documentation	The ExtrudedCrossSectionFeatureMeasurementType defines the extruded cross-section feature measurement information for an individual extruded cross-section feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Direction> MeasuredUnitVectorType </Direction> [0..1] ?

<Length> MeasuredLinearValueType </Length> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ExtrudedCrossSectionFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Direction" type="MeasuredUnitVectorType" minOccurs="0"/>

<xs:element name="Length" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ExtrudedCrossSectionFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < SurfaceFeatureNominalBaseType (by extension) < ExtrudedCrossSectionFeatureNominalType (by extension)
Sub-types:	None

Name	ExtrudedCrossSectionFeatureNominalType
Abstract	no
Documentation	The ExtrudedCrossSectionFeatureNominalType defines the extruded cross-section feature nominal information for an individual extruded cross-section feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Direction> UnitVectorType </Direction> [1] ?

<CrossSectionReferenceFeatureId> ArrayReferenceFullType </CrossSectionReferenceFeatureId> [1] ?

<Constructed> ExtrudedCrossSectionConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ExtrudedCrossSectionFeatureNominalType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Direction" type="UnitVectorType"/>

<xs:element name="CrossSectionReferenceFeatureId" type="ArrayReferenceFullType"/>

<xs:element name="Constructed" type="ExtrudedCrossSectionConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ExtrudedCrossSectionMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	ExtrudedCrossSectionMeasurementDeterminationType
Abstract	no
Documentation	The ExtrudedCrossSectionMeasurementDeterminationType defines how the extruded cross-section measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> ExtrudedCrossSectionCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ExtrudedCrossSectionMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="ExtrudedCrossSectionCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ExtrudedCrossSectionRecompType

Super-types:	ConstructionMethodBaseType < ExtrudedCrossSectionRecompType (by extension)
Sub-types:	None

Name	ExtrudedCrossSectionRecompType
Abstract	no
Documentation	The ExtrudedCrossSectionRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit extruded cross section through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ExtrudedCrossSectionRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ExtrudedCrossSectionTransformType

Super-types:	ConstructionMethodBaseType < ExtrudedCrossSectionTransformType (by extension)
Sub-types:	None

Name	ExtrudedCrossSectionTransformType
Abstract	no
Documentation	The ExtrudedCrossSectionTransformType defines an extruded cross section construction by the transformation of an extruded cross section through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseExtrudedCrossSection> BaseFeatureType </BaseExtrudedCrossSection> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ExtrudedCrossSectionTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseExtrudedCrossSection" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: FeatureAspectsListsType

Super-types:	None
Sub-types:	None

Name	FeatureAspectsListsType
Abstract	no
Documentation	The FeaturesAspectsListsType defines lists of the four aspects of a set of inspection features.

XML Instance Representation

<...>

<FeatureDefinitions> FeatureDefinitionsType </FeatureDefinitions> [0..1] ?

<FeatureNominals> FeatureNominalsType </FeatureNominals> [0..1] ?

<FeatureItems> FeatureItemsType </FeatureItems> [0..1] ?

<NominalPointSets> NominalPointSetListType </NominalPointSets> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureAspectsListsType">

<xs:sequence>

<xs:element name="FeatureDefinitions" type="FeatureDefinitionsType" minOccurs="0"/>

<xs:element name="FeatureNominals" type="FeatureNominalsType" minOccurs="0"/>

<xs:element name="FeatureItems" type="FeatureItemsType" minOccurs="0"/>

<xs:element name="NominalPointSets" type="NominalPointSetListType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: FeatureBaseType

Super-types:

None

Sub-types:

FeatureItemBaseType (by extension)
- ShapeFeatureItemBaseType (by extension)
  - SurfaceFeatureItemBaseType (by extension)
    - ConeFeatureItemType (by extension)
    - ConicalSegmentFeatureItemType (by extension)
    - CylinderFeatureItemType (by extension)
    - CylindricalSegmentFeatureItemType (by extension)
    - ElongatedCylinderFeatureItemType (by extension)
    - ExtrudedCrossSectionFeatureItemType (by extension)
    - OppositeParallelPlanesFeatureItemType (by extension)
    - OppositeAngledPlanesFeatureItemType (by extension)
    - OtherSurfaceFeatureItemType (by extension)
    - PlaneFeatureItemType (by extension)
    - PointDefinedSurfaceFeatureItemType (by extension)
    - SphereFeatureItemType (by extension)
    - SphericalSegmentFeatureItemType (by extension)
    - SurfaceOfRevolutionFeatureItemType (by extension)
    - ToroidalSegmentFeatureItemType (by extension)
    - TorusFeatureItemType (by extension)
  - CurveFeatureItemBaseType (by extension)
    - CircleFeatureItemType (by extension)
    - CircularArcFeatureItemType (by extension)
    - EllipseFeatureItemType (by extension)
    - EllipticalArcFeatureItemType (by extension)
    - ElongatedCircleFeatureItemType (by extension)
    - LineFeatureItemType (by extension)
    - OppositeParallelLinesFeatureItemType (by extension)
    - OppositeAngledLinesFeatureItemType (by extension)
    - OtherCurveFeatureItemType (by extension)
    - PointDefinedCurveFeatureItemType (by extension)
  - PointFeatureItemBaseType (by extension)
    - EdgePointFeatureItemType (by extension)
    - PointFeatureItemType (by extension)
  - SpecifiedFeatureItemBaseType (by extension)
    - ThreadedFeatureItemType (by extension)
  - OtherShapeFeatureItemType (by extension)
  - GroupFeatureItemType (by extension)
    - PatternFeatureItemBaseType (by extension)
      - PatternFeatureLinearItemType (by extension)
      - PatternFeatureParallelogramItemType (by extension)
      - PatternFeatureCircularArcItemType (by extension)
      - PatternFeatureCircleItemType (by extension)
- NonShapeFeatureItemBaseType (by extension)
  - OtherNonShapeFeatureItemType (by extension)
  - MarkingFeatureItemType (by extension)
FeatureDefinitionBaseType (by extension)
- ShapeFeatureDefinitionBaseType (by extension)
  - SurfaceFeatureDefinitionBaseType (by extension)
    - ConeFeatureDefinitionType (by extension)
    - ConicalSegmentFeatureDefinitionType (by extension)
    - CylinderFeatureDefinitionType (by extension)
    - CylindricalSegmentFeatureDefinitionType (by extension)
    - ElongatedCylinderFeatureDefinitionType (by extension)
    - ExtrudedCrossSectionFeatureDefinitionType (by extension)
    - OppositeParallelPlanesFeatureDefinitionType (by extension)
    - OppositeAngledPlanesFeatureDefinitionType (by extension)
    - OtherSurfaceFeatureDefinitionType (by extension)
    - PlaneFeatureDefinitionType (by extension)
    - PointDefinedSurfaceFeatureDefinitionType (by extension)
    - SphereFeatureDefinitionType (by extension)
    - SphericalSegmentFeatureDefinitionType (by extension)
    - SurfaceOfRevolutionFeatureDefinitionType (by extension)
    - ToroidalSegmentFeatureDefinitionType (by extension)
    - TorusFeatureDefinitionType (by extension)
  - CurveFeatureDefinitionBaseType (by extension)
    - CircleFeatureDefinitionType (by extension)
    - CircularArcFeatureDefinitionType (by extension)
    - EllipseFeatureDefinitionType (by extension)
    - EllipticalArcFeatureDefinitionType (by extension)
    - ElongatedCircleFeatureDefinitionType (by extension)
    - LineFeatureDefinitionType (by extension)
    - OppositeParallelLinesFeatureDefinitionType (by extension)
    - OppositeAngledLinesFeatureDefinitionType (by extension)
    - OtherCurveFeatureDefinitionType (by extension)
    - PointDefinedCurveFeatureDefinitionType (by extension)
  - PointFeatureDefinitionBaseType (by extension)
    - EdgePointFeatureDefinitionType (by extension)
    - PointFeatureDefinitionType (by extension)
  - SpecifiedFeatureDefinitionBaseType (by extension)
    - ThreadedFeatureDefinitionType (by extension)
  - OtherShapeFeatureDefinitionType (by extension)
  - GroupFeatureDefinitionType (by extension)
    - PatternFeatureDefinitionBaseType (by extension)
      - PatternFeatureLinearDefinitionType (by extension)
      - PatternFeatureParallelogramDefinitionType (by extension)
      - PatternFeatureCircularArcDefinitionType (by extension)
      - PatternFeatureCircleDefinitionType (by extension)
- NonShapeFeatureDefinitionBaseType (by extension)
  - OtherNonShapeFeatureDefinitionType (by extension)
  - MarkingFeatureDefinitionType (by extension)
FeatureNominalBaseType (by extension)
- ShapeFeatureNominalBaseType (by extension)
  - SurfaceFeatureNominalBaseType (by extension)
    - ConeFeatureNominalType (by extension)
    - ConicalSegmentFeatureNominalType (by extension)
    - CylinderFeatureNominalType (by extension)
    - CylindricalSegmentFeatureNominalType (by extension)
    - ElongatedCylinderFeatureNominalType (by extension)
    - ExtrudedCrossSectionFeatureNominalType (by extension)
    - OppositeParallelPlanesFeatureNominalType (by extension)
    - OppositeAngledPlanesFeatureNominalType (by extension)
    - OtherSurfaceFeatureNominalType (by extension)
    - PlaneFeatureNominalType (by extension)
    - PointDefinedSurfaceFeatureNominalType (by extension)
    - SphereFeatureNominalType (by extension)
    - SphericalSegmentFeatureNominalType (by extension)
    - SurfaceOfRevolutionFeatureNominalType (by extension)
    - ToroidalSegmentFeatureNominalType (by extension)
    - TorusFeatureNominalType (by extension)
  - CurveFeatureNominalBaseType (by extension)
    - CircleFeatureNominalType (by extension)
    - CircularArcFeatureNominalType (by extension)
    - EllipseFeatureNominalType (by extension)
    - EllipticalArcFeatureNominalType (by extension)
    - ElongatedCircleFeatureNominalType (by extension)
    - LineFeatureNominalType (by extension)
    - OppositeParallelLinesFeatureNominalType (by extension)
    - OppositeAngledLinesFeatureNominalType (by extension)
    - OtherCurveFeatureNominalType (by extension)
    - PointDefinedCurveFeatureNominalType (by extension)
  - PointFeatureNominalBaseType (by extension)
    - EdgePointFeatureNominalType (by extension)
    - PointFeatureNominalType (by extension)
  - SpecifiedFeatureNominalBaseType (by extension)
    - ThreadedFeatureNominalType (by extension)
  - OtherShapeFeatureNominalType (by extension)
  - GroupFeatureNominalType (by extension)
    - PatternFeatureNominalBaseType (by extension)
      - PatternFeatureLinearNominalType (by extension)
      - PatternFeatureParallelogramNominalType (by extension)
      - PatternFeatureCircularArcNominalType (by extension)
      - PatternFeatureCircleNominalType (by extension)
- NonShapeFeatureNominalBaseType (by extension)
  - OtherNonShapeFeatureNominalType (by extension)
  - MarkingFeatureNominalType (by extension)
FeatureMeasurementBaseType (by extension)
- ShapeFeatureMeasurementBaseType (by extension)
  - SurfaceFeatureMeasurementBaseType (by extension)
    - ConeFeatureMeasurementType (by extension)
    - ConicalSegmentFeatureMeasurementType (by extension)
    - CylinderFeatureMeasurementType (by extension)
    - CylindricalSegmentFeatureMeasurementType (by extension)
    - ElongatedCylinderFeatureMeasurementType (by extension)
    - ExtrudedCrossSectionFeatureMeasurementType (by extension)
    - OppositeParallelPlanesFeatureMeasurementType (by extension)
    - OppositeAngledPlanesFeatureMeasurementType (by extension)
    - OtherSurfaceFeatureMeasurementType (by extension)
    - PlaneFeatureMeasurementType (by extension)
    - PointDefinedSurfaceFeatureMeasurementType (by extension)
    - SphereFeatureMeasurementType (by extension)
    - SphericalSegmentFeatureMeasurementType (by extension)
    - SurfaceOfRevolutionFeatureMeasurementType (by extension)
    - ToroidalSegmentFeatureMeasurementType (by extension)
    - TorusFeatureMeasurementType (by extension)
  - CurveFeatureMeasurementBaseType (by extension)
    - CircleFeatureMeasurementType (by extension)
    - CircularArcFeatureMeasurementType (by extension)
    - EllipseFeatureMeasurementType (by extension)
    - EllipticalArcFeatureMeasurementType (by extension)
    - ElongatedCircleFeatureMeasurementType (by extension)
    - LineFeatureMeasurementType (by extension)
    - OppositeParallelLinesFeatureMeasurementType (by extension)
    - OppositeAngledLinesFeatureMeasurementType (by extension)
    - OtherCurveFeatureMeasurementType (by extension)
    - PointDefinedCurveFeatureMeasurementType (by extension)
  - PointFeatureMeasurementBaseType (by extension)
    - EdgePointFeatureMeasurementType (by extension)
    - PointFeatureMeasurementType (by extension)
  - SpecifiedFeatureMeasurementBaseType (by extension)
    - ThreadedFeatureMeasurementType (by extension)
  - OtherShapeFeatureMeasurementType (by extension)
  - GroupFeatureMeasurementType (by extension)
- NonShapeFeatureMeasurementBaseType (by extension)
  - OtherNonShapeFeatureMeasurementType (by extension)
  - MarkingFeatureMeasurementType (by extension)

Name	FeatureBaseType
Abstract	yes
Documentation	The FeatureBaseType is the abstract base type for feature definitions, feature nominals, feature items, and feature measurements. It describes a subset of information common to all features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureBaseType" abstract="true">

<xs:sequence>

<xs:element ref="Attributes" minOccurs="0"/>

</xs:sequence>

<xs:attribute name="id" type="QIFIdType" use="required"/>

</xs:complexType>

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Complex Type: FeatureDefinitionBaseType

Super-types:

FeatureBaseType < FeatureDefinitionBaseType (by extension)

Sub-types:

ShapeFeatureDefinitionBaseType (by extension)
- SurfaceFeatureDefinitionBaseType (by extension)
  - ConeFeatureDefinitionType (by extension)
  - ConicalSegmentFeatureDefinitionType (by extension)
  - CylinderFeatureDefinitionType (by extension)
  - CylindricalSegmentFeatureDefinitionType (by extension)
  - ElongatedCylinderFeatureDefinitionType (by extension)
  - ExtrudedCrossSectionFeatureDefinitionType (by extension)
  - OppositeParallelPlanesFeatureDefinitionType (by extension)
  - OppositeAngledPlanesFeatureDefinitionType (by extension)
  - OtherSurfaceFeatureDefinitionType (by extension)
  - PlaneFeatureDefinitionType (by extension)
  - PointDefinedSurfaceFeatureDefinitionType (by extension)
  - SphereFeatureDefinitionType (by extension)
  - SphericalSegmentFeatureDefinitionType (by extension)
  - SurfaceOfRevolutionFeatureDefinitionType (by extension)
  - ToroidalSegmentFeatureDefinitionType (by extension)
  - TorusFeatureDefinitionType (by extension)
- CurveFeatureDefinitionBaseType (by extension)
  - CircleFeatureDefinitionType (by extension)
  - CircularArcFeatureDefinitionType (by extension)
  - EllipseFeatureDefinitionType (by extension)
  - EllipticalArcFeatureDefinitionType (by extension)
  - ElongatedCircleFeatureDefinitionType (by extension)
  - LineFeatureDefinitionType (by extension)
  - OppositeParallelLinesFeatureDefinitionType (by extension)
  - OppositeAngledLinesFeatureDefinitionType (by extension)
  - OtherCurveFeatureDefinitionType (by extension)
  - PointDefinedCurveFeatureDefinitionType (by extension)
- PointFeatureDefinitionBaseType (by extension)
  - EdgePointFeatureDefinitionType (by extension)
  - PointFeatureDefinitionType (by extension)
- SpecifiedFeatureDefinitionBaseType (by extension)
  - ThreadedFeatureDefinitionType (by extension)
- OtherShapeFeatureDefinitionType (by extension)
- GroupFeatureDefinitionType (by extension)
  - PatternFeatureDefinitionBaseType (by extension)
    - PatternFeatureLinearDefinitionType (by extension)
    - PatternFeatureParallelogramDefinitionType (by extension)
    - PatternFeatureCircularArcDefinitionType (by extension)
    - PatternFeatureCircleDefinitionType (by extension)
NonShapeFeatureDefinitionBaseType (by extension)
- OtherNonShapeFeatureDefinitionType (by extension)
- MarkingFeatureDefinitionType (by extension)

Name	FeatureDefinitionBaseType
Abstract	yes
Documentation	The FeatureDefinitionBaseType is the abstract base type for feature definitions. A feature definition holds that portion of feature nominal information which can be shared among several features, e.g. feature size.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureDefinitionBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="FeatureBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: FeatureDefinitionsType

Super-types:	None
Sub-types:	None

Name	FeatureDefinitionsType
Abstract	no
Documentation	The FeatureDefinitionsType defines a list of definitions of inspection features.

XML Instance Representation

<...
n="NaturalType [1] ?">

<FeatureDefinition> ... </FeatureDefinition> [1..*] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureDefinitionsType">

<xs:sequence>

<xs:element ref="FeatureDefinition" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:complexType>

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Complex Type: FeatureItemBaseType

Super-types:

FeatureBaseType < FeatureItemBaseType (by extension)

Sub-types:

ShapeFeatureItemBaseType (by extension)
- SurfaceFeatureItemBaseType (by extension)
  - ConeFeatureItemType (by extension)
  - ConicalSegmentFeatureItemType (by extension)
  - CylinderFeatureItemType (by extension)
  - CylindricalSegmentFeatureItemType (by extension)
  - ElongatedCylinderFeatureItemType (by extension)
  - ExtrudedCrossSectionFeatureItemType (by extension)
  - OppositeParallelPlanesFeatureItemType (by extension)
  - OppositeAngledPlanesFeatureItemType (by extension)
  - OtherSurfaceFeatureItemType (by extension)
  - PlaneFeatureItemType (by extension)
  - PointDefinedSurfaceFeatureItemType (by extension)
  - SphereFeatureItemType (by extension)
  - SphericalSegmentFeatureItemType (by extension)
  - SurfaceOfRevolutionFeatureItemType (by extension)
  - ToroidalSegmentFeatureItemType (by extension)
  - TorusFeatureItemType (by extension)
- CurveFeatureItemBaseType (by extension)
  - CircleFeatureItemType (by extension)
  - CircularArcFeatureItemType (by extension)
  - EllipseFeatureItemType (by extension)
  - EllipticalArcFeatureItemType (by extension)
  - ElongatedCircleFeatureItemType (by extension)
  - LineFeatureItemType (by extension)
  - OppositeParallelLinesFeatureItemType (by extension)
  - OppositeAngledLinesFeatureItemType (by extension)
  - OtherCurveFeatureItemType (by extension)
  - PointDefinedCurveFeatureItemType (by extension)
- PointFeatureItemBaseType (by extension)
  - EdgePointFeatureItemType (by extension)
  - PointFeatureItemType (by extension)
- SpecifiedFeatureItemBaseType (by extension)
  - ThreadedFeatureItemType (by extension)
- OtherShapeFeatureItemType (by extension)
- GroupFeatureItemType (by extension)
  - PatternFeatureItemBaseType (by extension)
    - PatternFeatureLinearItemType (by extension)
    - PatternFeatureParallelogramItemType (by extension)
    - PatternFeatureCircularArcItemType (by extension)
    - PatternFeatureCircleItemType (by extension)
NonShapeFeatureItemBaseType (by extension)
- OtherNonShapeFeatureItemType (by extension)
- MarkingFeatureItemType (by extension)

Name	FeatureItemBaseType
Abstract	yes
Documentation	The FeatureItemBaseType is the abstract base type for feature items. A feature item represents a single feature with optional nominal data.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureItemBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="FeatureBaseType">

<xs:sequence>

<xs:element name="FeatureNominalId" type="QIFReferenceFullType"/>

<xs:element name="ParentFeatureItemId" type="QIFReferenceType" minOccurs="0"/>

<xs:element name="FeatureName" type="xs:token"/>

<xs:element name="UUID" type="QPIdType" minOccurs="0"/>

<xs:element name="NotableEventIds" type="ArrayReferenceType" minOccurs="0"/>

<xs:element name="CoordinateSystemId" type="QIFReferenceFullType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: FeatureItemsType

Super-types:	None
Sub-types:	None

Name	FeatureItemsType
Abstract	no
Documentation	The FeatureItemsType defines a list of feature items.

XML Instance Representation

<...
n="NaturalType [1] ?">

<FeatureItem> ... </FeatureItem> [1..*] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureItemsType">

<xs:sequence>

<xs:element ref="FeatureItem" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:complexType>

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Complex Type: FeatureMeasurementBaseType

Super-types:

FeatureBaseType < FeatureMeasurementBaseType (by extension)

Sub-types:

ShapeFeatureMeasurementBaseType (by extension)
- SurfaceFeatureMeasurementBaseType (by extension)
  - ConeFeatureMeasurementType (by extension)
  - ConicalSegmentFeatureMeasurementType (by extension)
  - CylinderFeatureMeasurementType (by extension)
  - CylindricalSegmentFeatureMeasurementType (by extension)
  - ElongatedCylinderFeatureMeasurementType (by extension)
  - ExtrudedCrossSectionFeatureMeasurementType (by extension)
  - OppositeParallelPlanesFeatureMeasurementType (by extension)
  - OppositeAngledPlanesFeatureMeasurementType (by extension)
  - OtherSurfaceFeatureMeasurementType (by extension)
  - PlaneFeatureMeasurementType (by extension)
  - PointDefinedSurfaceFeatureMeasurementType (by extension)
  - SphereFeatureMeasurementType (by extension)
  - SphericalSegmentFeatureMeasurementType (by extension)
  - SurfaceOfRevolutionFeatureMeasurementType (by extension)
  - ToroidalSegmentFeatureMeasurementType (by extension)
  - TorusFeatureMeasurementType (by extension)
- CurveFeatureMeasurementBaseType (by extension)
  - CircleFeatureMeasurementType (by extension)
  - CircularArcFeatureMeasurementType (by extension)
  - EllipseFeatureMeasurementType (by extension)
  - EllipticalArcFeatureMeasurementType (by extension)
  - ElongatedCircleFeatureMeasurementType (by extension)
  - LineFeatureMeasurementType (by extension)
  - OppositeParallelLinesFeatureMeasurementType (by extension)
  - OppositeAngledLinesFeatureMeasurementType (by extension)
  - OtherCurveFeatureMeasurementType (by extension)
  - PointDefinedCurveFeatureMeasurementType (by extension)
- PointFeatureMeasurementBaseType (by extension)
  - EdgePointFeatureMeasurementType (by extension)
  - PointFeatureMeasurementType (by extension)
- SpecifiedFeatureMeasurementBaseType (by extension)
  - ThreadedFeatureMeasurementType (by extension)
- OtherShapeFeatureMeasurementType (by extension)
- GroupFeatureMeasurementType (by extension)
NonShapeFeatureMeasurementBaseType (by extension)
- OtherNonShapeFeatureMeasurementType (by extension)
- MarkingFeatureMeasurementType (by extension)

Name	FeatureMeasurementBaseType
Abstract	yes
Documentation	The FeatureMeasurementBaseType is the abstract base type for feature measurements. A feature measurement holds all information for a directly measured or constructed feature, e.g. feature size and feature location.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureMeasurementBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="FeatureBaseType">

<xs:sequence>

<xs:element name="FeatureItemId" type="QIFReferenceType" minOccurs="0"/>

<xs:element name="FeatureName" type="xs:token" minOccurs="0"/>

<xs:element name="TimeStamp" type="xs:dateTime" minOccurs="0"/>

<xs:element name="ActualComponentId" type="QIFReferenceFullType" minOccurs="0"/>

<xs:element name="ManufacturingProcessId" type="QIFReferenceFullType" minOccurs="0"/>

<xs:element name="MeasurementDeviceIds" type="ArrayReferenceFullType" minOccurs="0"/>

<xs:element name="ActualTransformId" type="QIFReferenceType" minOccurs="0"/>

<xs:element name="NotedEventIds" type="ArrayReferenceFullType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: FeatureMeasurementsType

Super-types:	None
Sub-types:	None

Name	FeatureMeasurementsType
Abstract	no
Documentation	The FeatureMeasurementsType defines a list of feature measurements.

XML Instance Representation

<...
n="NaturalType [1] ?">

<FeatureMeasurement> ... </FeatureMeasurement> [1..*] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureMeasurementsType">

<xs:sequence>

<xs:element ref="FeatureMeasurement" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:complexType>

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Complex Type: FeatureNominalBaseType

Super-types:

FeatureBaseType < FeatureNominalBaseType (by extension)

Sub-types:

ShapeFeatureNominalBaseType (by extension)
- SurfaceFeatureNominalBaseType (by extension)
  - ConeFeatureNominalType (by extension)
  - ConicalSegmentFeatureNominalType (by extension)
  - CylinderFeatureNominalType (by extension)
  - CylindricalSegmentFeatureNominalType (by extension)
  - ElongatedCylinderFeatureNominalType (by extension)
  - ExtrudedCrossSectionFeatureNominalType (by extension)
  - OppositeParallelPlanesFeatureNominalType (by extension)
  - OppositeAngledPlanesFeatureNominalType (by extension)
  - OtherSurfaceFeatureNominalType (by extension)
  - PlaneFeatureNominalType (by extension)
  - PointDefinedSurfaceFeatureNominalType (by extension)
  - SphereFeatureNominalType (by extension)
  - SphericalSegmentFeatureNominalType (by extension)
  - SurfaceOfRevolutionFeatureNominalType (by extension)
  - ToroidalSegmentFeatureNominalType (by extension)
  - TorusFeatureNominalType (by extension)
- CurveFeatureNominalBaseType (by extension)
  - CircleFeatureNominalType (by extension)
  - CircularArcFeatureNominalType (by extension)
  - EllipseFeatureNominalType (by extension)
  - EllipticalArcFeatureNominalType (by extension)
  - ElongatedCircleFeatureNominalType (by extension)
  - LineFeatureNominalType (by extension)
  - OppositeParallelLinesFeatureNominalType (by extension)
  - OppositeAngledLinesFeatureNominalType (by extension)
  - OtherCurveFeatureNominalType (by extension)
  - PointDefinedCurveFeatureNominalType (by extension)
- PointFeatureNominalBaseType (by extension)
  - EdgePointFeatureNominalType (by extension)
  - PointFeatureNominalType (by extension)
- SpecifiedFeatureNominalBaseType (by extension)
  - ThreadedFeatureNominalType (by extension)
- OtherShapeFeatureNominalType (by extension)
- GroupFeatureNominalType (by extension)
  - PatternFeatureNominalBaseType (by extension)
    - PatternFeatureLinearNominalType (by extension)
    - PatternFeatureParallelogramNominalType (by extension)
    - PatternFeatureCircularArcNominalType (by extension)
    - PatternFeatureCircleNominalType (by extension)
NonShapeFeatureNominalBaseType (by extension)
- OtherNonShapeFeatureNominalType (by extension)
- MarkingFeatureNominalType (by extension)

Name	FeatureNominalBaseType
Abstract	yes
Documentation	The FeatureNominalBaseType is the abstract base type for feature nominals. A feature nominal holds that portion of feature nominal information which cannot be shared among several features, e.g. feature location.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureNominalBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="FeatureBaseType">

<xs:sequence>

<xs:element name="Name" type="xs:token" minOccurs="0"/>

<xs:element name="UUID" type="QPIdType" minOccurs="0"/>

<xs:element name="FeatureDefinitionId" type="QIFReferenceType"/>

<xs:element name="ParentFeatureNominalId" type="QIFReferenceType" minOccurs="0"/>

<xs:element name="EntityInternalIds" type="ArrayReferenceFullType" minOccurs="0"/>

<xs:element name="EntityExternalIds" type="ArrayReferenceFullType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: FeatureNominalsType

Super-types:	None
Sub-types:	None

Name	FeatureNominalsType
Abstract	no
Documentation	The FeatureNominalsType defines a list of nominal definitions of inspection features.

XML Instance Representation

<...
n="NaturalType [1] ?">

<FeatureNominal> ... </FeatureNominal> [1..*] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureNominalsType">

<xs:sequence>

<xs:element ref="FeatureNominal" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:complexType>

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Complex Type: FeatureZoneAreaBaseType

Super-types:	FeatureZoneBaseType < FeatureZoneAreaBaseType (by extension)
Sub-types:	FeatureZoneAreaCircularType (by extension) FeatureZoneAreaRectangularType (by extension) FeatureZoneAreaIrregularType (by extension) FeatureZoneAreaCylindricalType (by extension) FeatureZoneAreaBetweenType (by extension) FeatureZoneAreaSphericalType (by extension)

Name	FeatureZoneAreaBaseType
Abstract	yes
Documentation	The FeatureZoneAreaBaseType is the abstract base type that defines a basic parameter for area feature zone types.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<FaceIds> ArrayReferenceFullType </FaceIds> [1] ?

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="FeatureZoneAreaBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="FeatureZoneBaseType">

<xs:choice minOccurs="0">

<xs:element name="FaceIds" type="ArrayReferenceFullType"/>

<xs:element name="EdgeIds" type="ArrayReferenceFullType"/>

</xs:choice>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: FeatureZoneAreaBetweenType

Super-types:	FeatureZoneBaseType < FeatureZoneAreaBaseType (by extension) < FeatureZoneAreaBetweenType (by extension)
Sub-types:	None

Name	FeatureZoneAreaBetweenType
Abstract	no
Documentation	The FeatureZoneAreaBetweenType defines a feature zone as the area between two other feature zones.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<FaceIds> ArrayReferenceFullType </FaceIds> [1] ?

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

End Choice
Start Choice [1]

<FromPointZoneId> QIFReferenceFullType </FromPointZoneId> [1] ?

<FromCurveZoneId> QIFReferenceFullType </FromCurveZoneId> [1] ?

End Choice
Start Choice [1]

<ToPointZoneId> QIFReferenceFullType </ToPointZoneId> [1] ?

<ToCurveZoneId> QIFReferenceFullType </ToCurveZoneId> [1] ?

End Choice

<StartDirection> UnitVectorType </StartDirection> [0..1] ?

<PlaneNormal> UnitVectorType </PlaneNormal> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureZoneAreaBetweenType">

<xs:complexContent>

<xs:extension base="FeatureZoneAreaBaseType">

<xs:sequence>

<xs:choice>

<xs:element name="FromPointZoneId" type="QIFReferenceFullType"/>

<xs:element name="FromCurveZoneId" type="QIFReferenceFullType"/>

</xs:choice>

<xs:choice>

<xs:element name="ToPointZoneId" type="QIFReferenceFullType"/>

<xs:element name="ToCurveZoneId" type="QIFReferenceFullType"/>

</xs:choice>

<xs:element name="StartDirection" type="UnitVectorType" minOccurs="0"/>

<xs:element name="PlaneNormal" type="UnitVectorType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: FeatureZoneAreaCircularType

Super-types:	FeatureZoneBaseType < FeatureZoneAreaBaseType (by extension) < FeatureZoneAreaCircularType (by extension)
Sub-types:	None

Name	FeatureZoneAreaCircularType
Abstract	no
Documentation	The FeatureZoneAreaCircularType defines a feature zone as circular area.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<FaceIds> ArrayReferenceFullType </FaceIds> [1] ?

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

End Choice

<Circle> CircleType </Circle> [1] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureZoneAreaCircularType">

<xs:complexContent>

<xs:extension base="FeatureZoneAreaBaseType">

<xs:sequence>

<xs:element name="Circle" type="CircleType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: FeatureZoneAreaCylindricalType

Super-types:	FeatureZoneBaseType < FeatureZoneAreaBaseType (by extension) < FeatureZoneAreaCylindricalType (by extension)
Sub-types:	None

Name	FeatureZoneAreaCylindricalType
Abstract	no
Documentation	The FeatureZoneAreaCylindricalType defines a feature zone as a cylinder area.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<FaceIds> ArrayReferenceFullType </FaceIds> [1] ?

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

End Choice

<Cylinder> CylinderType </Cylinder> [1] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureZoneAreaCylindricalType">

<xs:complexContent>

<xs:extension base="FeatureZoneAreaBaseType">

<xs:sequence>

<xs:element name="Cylinder" type="CylinderType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: FeatureZoneAreaIrregularType

Super-types:	FeatureZoneBaseType < FeatureZoneAreaBaseType (by extension) < FeatureZoneAreaIrregularType (by extension)
Sub-types:	None

Name	FeatureZoneAreaIrregularType
Abstract	no
Documentation	The FeatureZoneAreaIrregularType defines a feature zone as an irregular area defined by a poly-line boundary.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<FaceIds> ArrayReferenceFullType </FaceIds> [1] ?

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="FeatureZoneAreaIrregularType">

<xs:complexContent>

<xs:extension base="FeatureZoneAreaBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: FeatureZoneAreaRectangularType

Super-types:	FeatureZoneBaseType < FeatureZoneAreaBaseType (by extension) < FeatureZoneAreaRectangularType (by extension)
Sub-types:	None

Name	FeatureZoneAreaRectangularType
Abstract	no
Documentation	The FeatureZoneAreaRectangularType defines a feature zone as a rectangular area.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<FaceIds> ArrayReferenceFullType </FaceIds> [1] ?

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

End Choice

<Rectangle> RectangleType </Rectangle> [1] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureZoneAreaRectangularType">

<xs:complexContent>

<xs:extension base="FeatureZoneAreaBaseType">

<xs:sequence>

<xs:element name="Rectangle" type="RectangleType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: FeatureZoneAreaSphericalType

Super-types:	FeatureZoneBaseType < FeatureZoneAreaBaseType (by extension) < FeatureZoneAreaSphericalType (by extension)
Sub-types:	None

Name	FeatureZoneAreaSphericalType
Abstract	no
Documentation	The FeatureZoneAreaSphericalType defines a feature zone as a sphere.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<FaceIds> ArrayReferenceFullType </FaceIds> [1] ?

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

End Choice

<Sphere> SphereType </Sphere> [1] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureZoneAreaSphericalType">

<xs:complexContent>

<xs:extension base="FeatureZoneAreaBaseType">

<xs:sequence>

<xs:element name="Sphere" type="SphereType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: FeatureZoneBaseType

Super-types:

None

Sub-types:

FeatureZonePointType (by extension)
FeatureZoneCurveBaseType (by extension)
- FeatureZoneCurveLineType (by extension)
- FeatureZoneCurveCircularType (by extension)
- FeatureZoneCurveIrregularType (by extension)
FeatureZoneAreaBaseType (by extension)
- FeatureZoneAreaCircularType (by extension)
- FeatureZoneAreaRectangularType (by extension)
- FeatureZoneAreaIrregularType (by extension)
- FeatureZoneAreaCylindricalType (by extension)
- FeatureZoneAreaBetweenType (by extension)
- FeatureZoneAreaSphericalType (by extension)

Name	FeatureZoneBaseType
Abstract	yes
Documentation	The FeatureZoneBaseType is the abstract base type that defines the zone of the feature used to define characteristic tolerance zones or datum target areas or to specify the meaning of a characteristic.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureZoneBaseType" abstract="true">

<xs:sequence>

<xs:element ref="Attributes" minOccurs="0"/>

<xs:element name="Label" type="xs:token" minOccurs="0"/>

<xs:element name="SurfaceFeatureNominalId" type="QIFReferenceFullType" minOccurs="0"/>

</xs:sequence>

<xs:attribute name="id" type="QIFIdType" use="required"/>

</xs:complexType>

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Complex Type: FeatureZoneCurveBaseType

Super-types:	FeatureZoneBaseType < FeatureZoneCurveBaseType (by extension)
Sub-types:	FeatureZoneCurveLineType (by extension) FeatureZoneCurveCircularType (by extension) FeatureZoneCurveIrregularType (by extension)

Name	FeatureZoneCurveBaseType
Abstract	yes
Documentation	The FeatureZoneCurveBaseType is the abstract base type that defines a basic parameter for curve feature zone types.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

<CurveIds> ArrayReferenceFullType </CurveIds> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="FeatureZoneCurveBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="FeatureZoneBaseType">

<xs:choice minOccurs="0">

<xs:element name="EdgeIds" type="ArrayReferenceFullType"/>

<xs:element name="CurveIds" type="ArrayReferenceFullType"/>

</xs:choice>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: FeatureZoneCurveCircularType

Super-types:	FeatureZoneBaseType < FeatureZoneCurveBaseType (by extension) < FeatureZoneCurveCircularType (by extension)
Sub-types:	None

Name	FeatureZoneCurveCircularType
Abstract	no
Documentation	The FeatureZoneCurveCircularType defines a feature zone as a circle or an arc.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

<CurveIds> ArrayReferenceFullType </CurveIds> [1] ?

End Choice

<Circle> CircleType </Circle> [1] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureZoneCurveCircularType">

<xs:complexContent>

<xs:extension base="FeatureZoneCurveBaseType">

<xs:sequence>

<xs:element name="Circle" type="CircleType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: FeatureZoneCurveIrregularType

Super-types:	FeatureZoneBaseType < FeatureZoneCurveBaseType (by extension) < FeatureZoneCurveIrregularType (by extension)
Sub-types:	None

Name	FeatureZoneCurveIrregularType
Abstract	no
Documentation	The FeatureZoneCurveIrregularType defines a feature zone as a curve

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

<CurveIds> ArrayReferenceFullType </CurveIds> [1] ?

End Choice

<CurvePoints> PolyLineType </CurvePoints> [1] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureZoneCurveIrregularType">

<xs:complexContent>

<xs:extension base="FeatureZoneCurveBaseType">

<xs:sequence>

<xs:element name="CurvePoints" type="PolyLineType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: FeatureZoneCurveLineType

Super-types:	FeatureZoneBaseType < FeatureZoneCurveBaseType (by extension) < FeatureZoneCurveLineType (by extension)
Sub-types:	None

Name	FeatureZoneCurveLineType
Abstract	no
Documentation	The FeatureZoneCurveLineType defines a feature zone as a line.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<EdgeIds> ArrayReferenceFullType </EdgeIds> [1] ?

<CurveIds> ArrayReferenceFullType </CurveIds> [1] ?

End Choice

<Line> LineSegmentType </Line> [1] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureZoneCurveLineType">

<xs:complexContent>

<xs:extension base="FeatureZoneCurveBaseType">

<xs:sequence>

<xs:element name="Line" type="LineSegmentType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: FeatureZoneListType

Super-types:	None
Sub-types:	None

Name	FeatureZoneListType
Abstract	no
Documentation	The FeatureZonesType defines a list of feature zones.

XML Instance Representation

<...
n="NaturalType [1] ?">

<FeatureZone> ... </FeatureZone> [1..*] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureZoneListType">

<xs:sequence>

<xs:element ref="FeatureZone" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:complexType>

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Complex Type: FeatureZonePointType

Super-types:	FeatureZoneBaseType < FeatureZonePointType (by extension)
Sub-types:	None

Name	FeatureZonePointType
Abstract	no
Documentation	The FeatureZonePointType defines a feature zone as a point.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Label> xs:token </Label> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

Start Choice [0..1]

<VertexId> QIFReferenceFullType </VertexId> [1] ?

<PointId> QIFReferenceFullType </PointId> [1] ?

End Choice

<Point> PointType </Point> [1] ?

</...>

Schema Component Representation

<xs:complexType name="FeatureZonePointType">

<xs:complexContent>

<xs:extension base="FeatureZoneBaseType">

<xs:sequence>

<xs:choice minOccurs="0">

<xs:element name="VertexId" type="QIFReferenceFullType"/>

<xs:element name="PointId" type="QIFReferenceFullType"/>

</xs:choice>

<xs:element name="Point" type="PointType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: GroupFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < GroupFeatureDefinitionType (by extension)
Sub-types:	PatternFeatureDefinitionBaseType (by extension) PatternFeatureLinearDefinitionType (by extension) PatternFeatureParallelogramDefinitionType (by extension) PatternFeatureCircularArcDefinitionType (by extension) PatternFeatureCircleDefinitionType (by extension)

Name	GroupFeatureDefinitionType
Abstract	no
Documentation	The GroupFeatureDefinitionType defines the group feature nominal information that can be common to one or more group features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<IsProfileGroup> xs:boolean </IsProfileGroup> [0..1] ?

<IsRunoutGroup> xs:boolean </IsRunoutGroup> [0..1] ?

Start Choice [0..1] ?

<IsCountersunkHole> xs:boolean </IsCountersunkHole> [1] ?

<IsCounterboredHole> xs:boolean </IsCounterboredHole> [1] ?

<IsSpotface> xs:boolean </IsSpotface> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="GroupFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="ShapeFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="IsProfileGroup" type="xs:boolean" minOccurs="0"/>

<xs:element name="IsRunoutGroup" type="xs:boolean" minOccurs="0"/>

<xs:choice minOccurs="0">

<xs:element name="IsCountersunkHole" type="xs:boolean"/>

<xs:element name="IsCounterboredHole" type="xs:boolean"/>

<xs:element name="IsSpotface" type="xs:boolean"/>

</xs:choice>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: GroupFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < GroupFeatureItemType (by extension)
Sub-types:	PatternFeatureItemBaseType (by extension) PatternFeatureLinearItemType (by extension) PatternFeatureParallelogramItemType (by extension) PatternFeatureCircularArcItemType (by extension) PatternFeatureCircleItemType (by extension)

Name	GroupFeatureItemType
Abstract	no
Documentation	The GroupFeatureItemType is an individual group feature. A group feature is a complex feature defined by a set of features, some or all of which may themselves be group features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="GroupFeatureItemType">

<xs:complexContent>

<xs:extension base="ShapeFeatureItemBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: GroupFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < GroupFeatureMeasurementType (by extension)
Sub-types:	None

Name	GroupFeatureMeasurementType
Abstract	no
Documentation	The GroupFeatureMeasurementType is the group feature measurement information for an individual group feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="GroupFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="ShapeFeatureMeasurementBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: GroupFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < GroupFeatureNominalType (by extension)
Sub-types:	PatternFeatureNominalBaseType (by extension) PatternFeatureLinearNominalType (by extension) PatternFeatureParallelogramNominalType (by extension) PatternFeatureCircularArcNominalType (by extension) PatternFeatureCircleNominalType (by extension)

Name	GroupFeatureNominalType
Abstract	no
Documentation	The GroupFeatureNominalType is defines the group feature nominal information for an individual group feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<FeatureNominalIds> ArrayReferenceFullType </FeatureNominalIds> [1] ?

</...>

Schema Component Representation

<xs:complexType name="GroupFeatureNominalType">

<xs:complexContent>

<xs:extension base="ShapeFeatureNominalBaseType">

<xs:sequence>

<xs:element name="FeatureNominalIds" type="ArrayReferenceFullType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: LineBestFitType

Super-types:	ConstructionMethodBaseType < LineBestFitType (by extension)
Sub-types:	None

Name	LineBestFitType
Abstract	no
Documentation	The LineBestFitType defines the information for a best-fit line which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the line.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [2..*] ?

</...>

Schema Component Representation

<xs:complexType name="LineBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="2" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: LineCastType

Super-types:	ConstructionMethodBaseType < LineCastType (by extension)
Sub-types:	None

Name	LineCastType
Abstract	no
Documentation	The LineCastType defines the cast of another feature type to a line. The location and vector are copied from the base feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="LineCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: LineCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	LineCheckedFeatureType
Abstract	no
Documentation	The LineCheckedFeatureType defines that a line feature is checked.

XML Instance Representation

<...>

<CheckDetails> LineCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="LineCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="LineCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: LineCheckedType

Super-types:	None
Sub-types:	None

Name	LineCheckedType
Abstract	no
Documentation	The LineCheckedType defines how the line measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> LineConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="LineCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="LineConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: LineConstructionMethodType

Super-types:	None
Sub-types:	None

Name	LineConstructionMethodType
Abstract	no
Documentation	The LineConstructionMethodType defines the method for constructing a unique nominal or measured line feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> LineBestFitType </BestFit> [1] ?

<Recompensated> LineRecompType </Recompensated> [1] ?

<Midline> LineMidlineType </Midline> [1] ?

<Intersection> LineIntersectionType </Intersection> [1] ?

<Projection> LineProjectionType </Projection> [1] ?

<Perpendicular> LinePerpendicularType </Perpendicular> [1] ?

<Parallel> LineParallelType </Parallel> [1] ?

<Copy> LineCopyType </Copy> [1] ?

<Cast> LineCastType </Cast> [1] ?

<TangentThrough> LineTangentThroughType </TangentThrough> [1] ?

<Transform> LineTransformType </Transform> [1] ?

<Extract> LineExtractType </Extract> [1] ?

<FromScan> LineFromScanType </FromScan> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="LineConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="LineBestFitType"/>

<xs:element name="Recompensated" type="LineRecompType"/>

<xs:element name="Midline" type="LineMidlineType"/>

<xs:element name="Intersection" type="LineIntersectionType"/>

<xs:element name="Projection" type="LineProjectionType"/>

<xs:element name="Perpendicular" type="LinePerpendicularType"/>

<xs:element name="Parallel" type="LineParallelType"/>

<xs:element name="Copy" type="LineCopyType"/>

<xs:element name="Cast" type="LineCastType"/>

<xs:element name="TangentThrough" type="LineTangentThroughType"/>

<xs:element name="Transform" type="LineTransformType"/>

<xs:element name="Extract" type="LineExtractType"/>

<xs:element name="FromScan" type="LineFromScanType"/>

</xs:choice>

</xs:complexType>

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Complex Type: LineCopyType

Super-types:	ConstructionMethodBaseType < LineCopyType (by extension)
Sub-types:	None

Name	LineCopyType
Abstract	no
Documentation	The LineCopyType defines a copied line construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseLine> BaseFeatureType </BaseLine> [1] ?

</...>

Schema Component Representation

<xs:complexType name="LineCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseLine" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: LineExtractType

Super-types:	ConstructionMethodBaseType < LineExtractType (by extension)
Sub-types:	None

Name	LineExtractType
Abstract	no
Documentation	The LineExtractType defines a line construction by the extraction of a line from a curve feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<CurveFeature> BaseFeatureType </CurveFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="LineExtractType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="CurveFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: LineFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < CurveFeatureDefinitionBaseType (by extension) < LineFeatureDefinitionType (by extension)
Sub-types:	None

Name	LineFeatureDefinitionType
Abstract	no
Documentation	The LineFeatureDefinitionType defines the line feature nominal information that can be common to one or more line features. There is no definition information for a line feature beyond what is provided by the CurveFeatureDefinitionBaseType.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="LineFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="CurveFeatureDefinitionBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: LineFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < CurveFeatureItemBaseType (by extension) < LineFeatureItemType (by extension)
Sub-types:	None

Name	LineFeatureItemType
Abstract	no
Documentation	The LineFeatureItemType defines an individual line feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> LineMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="LineFeatureItemType">

<xs:complexContent>

<xs:extension base="CurveFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="LineMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: LineFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < CurveFeatureMeasurementBaseType (by extension) < LineFeatureMeasurementType (by extension)
Sub-types:	None

Name	LineFeatureMeasurementType
Abstract	no
Documentation	The LineFeatureMeasurementType defines the line feature measurement information for an individual line feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Location> MeasuredPointType </Location> [0..1] ?

<Direction> MeasuredUnitVectorType </Direction> [0..1] ?

<Length> MeasuredLinearValueType </Length> [0..1] ?

<Normal> MeasuredUnitVectorType </Normal> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="LineFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="CurveFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Location" type="MeasuredPointType" minOccurs="0"/>

<xs:element name="Direction" type="MeasuredUnitVectorType" minOccurs="0"/>

<xs:element name="Length" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="Normal" type="MeasuredUnitVectorType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: LineFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < CurveFeatureNominalBaseType (by extension) < LineFeatureNominalType (by extension)
Sub-types:	None

Name	LineFeatureNominalType
Abstract	no
Documentation	The LineFeatureNominalType defines the line feature nominal information for an individual line feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

<Location> PointType </Location> [1] ?

<Direction> UnitVectorType </Direction> [1] ?

<Length> LinearValueType </Length> [0..1] ?

<Normal> UnitVectorType </Normal> [0..1] ?

<Constructed> LineConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="LineFeatureNominalType">

<xs:complexContent>

<xs:extension base="CurveFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Location" type="PointType"/>

<xs:element name="Direction" type="UnitVectorType"/>

<xs:element name="Length" type="LinearValueType" minOccurs="0"/>

<xs:element name="Normal" type="UnitVectorType" minOccurs="0"/>

<xs:element name="Constructed" type="LineConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: LineFromScanType

Super-types:	ConstructionMethodBaseType < LineFromScanType (by extension)
Sub-types:	None

Name	LineFromScanType
Abstract	no
Documentation	The LineFromScanType defines a line construction by the retrieval of a line from a scanned surface feature (point cloud).

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<SurfaceFeature> BaseFeatureType </SurfaceFeature> [1] ?

<SearchRadius> LinearValueType </SearchRadius> [1] ?

</...>

Schema Component Representation

<xs:complexType name="LineFromScanType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="SurfaceFeature" type="BaseFeatureType"/>

<xs:element name="SearchRadius" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: LineIntersectionType

Super-types:	ConstructionMethodBaseType < LineIntersectionType (by extension)
Sub-types:	None

Name	LineIntersectionType
Abstract	no
Documentation	The LineIntersectionType defines the construction of a line that is constructed by the intersection of two features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<IntersectionFeature> SequencedBaseFeatureType </IntersectionFeature> [2..2] ?

</...>

Schema Component Representation

<xs:complexType name="LineIntersectionType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="IntersectionFeature" type="SequencedBaseFeatureType" minOccurs="2" maxOccurs="2"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: LineMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	LineMeasurementDeterminationType
Abstract	no
Documentation	The LineMeasurementDeterminationType defines how the line measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> LineCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="LineMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="LineCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: LineMidlineType

Super-types:	ConstructionMethodBaseType < LineMidlineType (by extension)
Sub-types:	None

Name	LineMidlineType
Abstract	no
Documentation	The LineMidlineType defines the construction of a line that is the midline of two base lines.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseLine> SequencedBaseFeatureType </BaseLine> [2..2] ?

</...>

Schema Component Representation

<xs:complexType name="LineMidlineType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseLine" type="SequencedBaseFeatureType" minOccurs="2" maxOccurs="2"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: LineParallelType

Super-types:	ConstructionMethodBaseType < LineParallelType (by extension)
Sub-types:	None

Name	LineParallelType
Abstract	no
Documentation	The LineParallelType defines the construction of a line that is parallel to a feature and passing through a point.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<ParallelFeature> BaseFeatureType </ParallelFeature> [1] ?

<PointFeature> BaseFeatureType </PointFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="LineParallelType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="ParallelFeature" type="BaseFeatureType"/>

<xs:element name="PointFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: LinePerpendicularType

Super-types:	ConstructionMethodBaseType < LinePerpendicularType (by extension)
Sub-types:	None

Name	LinePerpendicularType
Abstract	no
Documentation	The LinePerpendicularType defines the construction of a line that is perpendicular to a feature and passing through a point.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<PerpendicularFeature> BaseFeatureType </PerpendicularFeature> [1] ?

<PointFeature> BaseFeatureType </PointFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="LinePerpendicularType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="PerpendicularFeature" type="BaseFeatureType"/>

<xs:element name="PointFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: LineProjectionType

Super-types:	ConstructionMethodBaseType < LineProjectionType (by extension)
Sub-types:	None

Name	LineProjectionType
Abstract	no
Documentation	The LineProjectionType defines a projected line construction with the line to be projected and the projection plane.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<ProjectionPlane> BaseFeatureType </ProjectionPlane> [1] ?

<ProjectionLine> BaseFeatureType </ProjectionLine> [1] ?

</...>

Schema Component Representation

<xs:complexType name="LineProjectionType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="ProjectionPlane" type="BaseFeatureType"/>

<xs:element name="ProjectionLine" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: LineRecompType

Super-types:	ConstructionMethodBaseType < LineRecompType (by extension)
Sub-types:	None

Name	LineRecompType
Abstract	no
Documentation	The LineRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit line through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="LineRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: LineTangentThroughType

Super-types:	ConstructionMethodBaseType < LineTangentThroughType (by extension)
Sub-types:	None

Name	LineTangentThroughType
Abstract	no
Documentation	The LineTangentThroughType defines the construction of a line through a point and tangent to a base feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<TangentFeature> BaseFeatureType </TangentFeature> [1] ?

<PointFeature> BaseFeatureType </PointFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="LineTangentThroughType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="TangentFeature" type="BaseFeatureType"/>

<xs:element name="PointFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: LineTransformType

Super-types:	ConstructionMethodBaseType < LineTransformType (by extension)
Sub-types:	None

Name	LineTransformType
Abstract	no
Documentation	The LineTransformType defines a line construction by the transformation of a line through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseLine> BaseFeatureType </BaseLine> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="LineTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseLine" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: MarkingFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < NonShapeFeatureDefinitionBaseType (by extension) < MarkingFeatureDefinitionType (by extension)
Sub-types:	None

Name	MarkingFeatureDefinitionType
Abstract	no
Documentation	The MarkingFeatureDefinitionType defines a marking feature definition.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Text> xs:string </Text> [1] ?

<MarkingMethod> MarkingMethodType </MarkingMethod> [1] ?

</...>

Schema Component Representation

<xs:complexType name="MarkingFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="NonShapeFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="Text" type="xs:string"/>

<xs:element name="MarkingMethod" type="MarkingMethodType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: MarkingFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < NonShapeFeatureItemBaseType (by extension) < MarkingFeatureItemType (by extension)
Sub-types:	None

Name	MarkingFeatureItemType
Abstract	no
Documentation	The MarkingFeatureItemType defines a marking feature item.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="MarkingFeatureItemType">

<xs:complexContent>

<xs:extension base="NonShapeFeatureItemBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: MarkingFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < NonShapeFeatureMeasurementBaseType (by extension) < MarkingFeatureMeasurementType (by extension)
Sub-types:	None

Name	MarkingFeatureMeasurementType
Abstract	no
Documentation	The MarkingFeatureMeasurementType defines the measured values of a marking feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<Text> xs:string </Text> [1] ?

<Location> RectangleType </Location> [1] ?

</...>

Schema Component Representation

<xs:complexType name="MarkingFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="NonShapeFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Text" type="xs:string"/>

<xs:element name="Location" type="RectangleType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: MarkingFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < NonShapeFeatureNominalBaseType (by extension) < MarkingFeatureNominalType (by extension)
Sub-types:	None

Name	MarkingFeatureNominalType
Abstract	no
Documentation	The MarkingFeatureNominalType defines the nominal values of a marking feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<Location> RectangleType </Location> [1] ?

</...>

Schema Component Representation

<xs:complexType name="MarkingFeatureNominalType">

<xs:complexContent>

<xs:extension base="NonShapeFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Location" type="RectangleType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: MarkingMethodType

Super-types:	None
Sub-types:	None

Name	MarkingMethodType
Abstract	no
Documentation	The MarkingMethodType defines a method of making a marking.

XML Instance Representation

<...>
Start Choice [1]

<MarkingMethodEnum> MarkingMethodEnumType </MarkingMethodEnum> [1] ?

<OtherMarkingMethod> xs:string </OtherMarkingMethod> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="MarkingMethodType">

<xs:choice>

<xs:element name="MarkingMethodEnum" type="MarkingMethodEnumType"/>

<xs:element name="OtherMarkingMethod" type="xs:string"/>

</xs:choice>

</xs:complexType>

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Complex Type: MeasuredFeatureType

Super-types:	None
Sub-types:	None

Name	MeasuredFeatureType
Abstract	no
Documentation	The MeasuredFeatureType defines that a feature is measured.

XML Instance Representation

<...>

<PointList> PointListType </PointList> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="MeasuredFeatureType">

<xs:sequence>

<xs:element name="PointList" type="PointListType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: MeasuredPointSetsType

Super-types:	None
Sub-types:	None

Name	MeasuredPointSetsType
Abstract	no
Documentation	The MeasuredPointSetsType set of measured point sets, i.e., ordered sets of measured points.

XML Instance Representation

<...
n="NaturalType [1] ?">

<MeasuredPointSet> ... </MeasuredPointSet> [1..*] ?

</...>

Schema Component Representation

<xs:complexType name="MeasuredPointSetsType">

<xs:sequence>

<xs:element ref="MeasuredPointSet" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:complexType>

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Complex Type: MeasuredPointSetType

Super-types:	None
Sub-types:	None

Name	MeasuredPointSetType
Abstract	no
Documentation	The MeasuredPointSetType defines a list of ordered measurement points for a feature. The number of points in the set is defined by the count attribute. The point set may be optionally ordered into a mesh.

XML Instance Representation

<...
count="NaturalType [1] ?"

Attribute group reference (not shown): AttrPoint ?

Attribute group reference (not shown): AttrMeasuredPoint ?

id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Units> OtherUnitsType </Units> [0..1] ?

Start Choice [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [1] ?

<TranformId> QIFReferenceType </TranformId> [1] ?

End Choice
Start Choice [1] ?

<Points> ListDoubleType </Points> [1] ?

<BinaryPoints> ArrayBinaryType </BinaryPoints> [1] ?

End Choice
Start Choice [0..1] ?

<Normals> ListDoubleType </Normals> [1] ?

<BinaryNormals> ArrayBinaryType </BinaryNormals> [1] ?

End Choice
Start Choice [1] ?

<Compensated> xs:boolean </Compensated> [1] ?

<Compensations> ListBooleanType </Compensations> [1] ?

<BinaryCompensated> ArrayBinaryType </BinaryCompensated> [1] ?

End Choice
Start Choice [0..1] ?

<ProbeRadius> xs:decimal </ProbeRadius> [1] ?

<ProbeRadii> ListDoubleType </ProbeRadii> [1] ?

<BinaryProbeRadii> ArrayBinaryType </BinaryProbeRadii> [1] ?

End Choice

<MeasurementDeviceId> QIFReferenceType </MeasurementDeviceId> [0..1] ?

Start Choice [0..1] ?

<SensorId> QIFReferenceType </SensorId> [1] ?

<SensorIds> ListQIFReferenceType </SensorIds> [1] ?

<BinarySensorIds> ArrayBinaryQIFReferenceType </BinarySensorIds> [1] ?

End Choice
Start Choice [0..1] ?

<TipId> QIFReferenceType </TipId> [1] ?

<TipIds> ListQIFReferenceType </TipIds> [1] ?

<BinaryTipIds> ArrayBinaryQIFReferenceType </BinaryTipIds> [1] ?

End Choice
Start Choice [0..1] ?

<MeasurePointNominalIds> ListQIFReferenceFullType </MeasurePointNominalIds> [1] ?

<BinaryMeasurePointNominalIds> ArrayBinaryQIFReferenceFullType </BinaryMeasurePointNominalIds> [1] ?

End Choice
Start Choice [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [1] ?

<TimeStamps> ListDateTimeType </TimeStamps> [1] ?

End Choice
Start Choice [0..1] ?

<Quality> ListDoubleType </Quality> [1] ?

<BinaryQuality> ArrayBinaryType </BinaryQuality> [1] ?

End Choice
Start Choice [0..1] ?

<Deviations> ListDoubleType </Deviations> [1] ?

<BinaryDeviations> ArrayBinaryType </BinaryDeviations> [1] ?

End Choice
Start Choice [0..1] ?

<Colors> ListIntType </Colors> [1] ?

<BinaryColors> ArrayBinaryType </BinaryColors> [1] ?

End Choice
Start Sequence [0..1] ?

<NumberOfFacets> NaturalType </NumberOfFacets> [1] ?

Start Choice [1] ?

<PointIndices> ArrayI3Type </PointIndices> [1] ?

<BinaryPointIndices> ArrayBinaryType </BinaryPointIndices> [1] ?

End Choice
End Sequence
</...>

Schema Component Representation

<xs:complexType name="MeasuredPointSetType">

<xs:sequence>

<xs:element ref="Attributes" minOccurs="0"/>

<xs:element name="Units" type="OtherUnitsType" minOccurs="0"/>

<xs:choice minOccurs="0">

<xs:element name="CoordinateSystemId" type="QIFReferenceFullType"/>

<xs:element name="TranformId" type="QIFReferenceType"/>

</xs:choice>

<xs:choice>

<xs:element name="Points" type="ListDoubleType"/>

<xs:element name="BinaryPoints" type="ArrayBinaryType"/>

</xs:choice>

<xs:choice minOccurs="0">

<xs:element name="Normals" type="ListDoubleType"/>

<xs:element name="BinaryNormals" type="ArrayBinaryType"/>

</xs:choice>

<xs:choice>

<xs:element name="Compensated" type="xs:boolean"/>

<xs:element name="Compensations" type="ListBooleanType"/>

<xs:element name="BinaryCompensated" type="ArrayBinaryType"/>

</xs:choice>

<xs:choice minOccurs="0">

<xs:element name="ProbeRadius" type="xs:decimal"/>

<xs:element name="ProbeRadii" type="ListDoubleType"/>

<xs:element name="BinaryProbeRadii" type="ArrayBinaryType"/>

</xs:choice>

<xs:element name="MeasurementDeviceId" type="QIFReferenceType" minOccurs="0"/>

<xs:choice minOccurs="0">

<xs:element name="SensorId" type="QIFReferenceType"/>

<xs:element name="SensorIds" type="ListQIFReferenceType"/>

<xs:element name="BinarySensorIds" type="ArrayBinaryQIFReferenceType"/>

</xs:choice>

<xs:choice minOccurs="0">

<xs:element name="TipId" type="QIFReferenceType"/>

<xs:element name="TipIds" type="ListQIFReferenceType"/>

<xs:element name="BinaryTipIds" type="ArrayBinaryQIFReferenceType"/>

</xs:choice>

<xs:choice minOccurs="0">

<xs:element name="MeasurePointNominalIds" type="ListQIFReferenceFullType"/>

<xs:element name="BinaryMeasurePointNominalIds" type="ArrayBinaryQIFReferenceFullType"/>

</xs:choice>

<xs:choice minOccurs="0">

<xs:element name="TimeStamp" type="xs:dateTime"/>

<xs:element name="TimeStamps" type="ListDateTimeType"/>

</xs:choice>

<xs:choice minOccurs="0">

<xs:element name="Quality" type="ListDoubleType"/>

<xs:element name="BinaryQuality" type="ArrayBinaryType"/>

</xs:choice>

<xs:choice minOccurs="0">

<xs:element name="Deviations" type="ListDoubleType"/>

<xs:element name="BinaryDeviations" type="ArrayBinaryType"/>

</xs:choice>

<xs:choice minOccurs="0">

<xs:element name="Colors" type="ListIntType"/>

<xs:element name="BinaryColors" type="ArrayBinaryType"/>

</xs:choice>

<xs:sequence minOccurs="0">

<xs:element name="NumberOfFacets" type="NaturalType"/>

<xs:choice>

<xs:element name="PointIndices" type="ArrayI3Type"/>

<xs:element name="BinaryPointIndices" type="ArrayBinaryType"/>

</xs:choice>

</xs:sequence>

<xs:attribute name="count" type="NaturalType" use="required"/>

<xs:attributeGroup ref="AttrPoint"/>

<xs:attributeGroup ref="AttrMeasuredPoint"/>

<xs:attribute name="id" type="QIFIdType" use="required"/>

</xs:complexType>

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Complex Type: NominalPointSetListType

Super-types:	None
Sub-types:	None

Name	NominalPointSetListType
Abstract	no
Documentation	The NominalPointSetListType defines a list of all nominal target measurement point sets To be referenced by feature nominals or feature items.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalPointSet> PointSetNominalType </NominalPointSet> [1..*] ?

</...>

Schema Component Representation

<xs:complexType name="NominalPointSetListType">

<xs:sequence>

<xs:element name="NominalPointSet" type="PointSetNominalType" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:complexType>

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Complex Type: NonShapeFeatureDefinitionBaseType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < NonShapeFeatureDefinitionBaseType (by extension)
Sub-types:	OtherNonShapeFeatureDefinitionType (by extension) MarkingFeatureDefinitionType (by extension)

Name	NonShapeFeatureDefinitionBaseType
Abstract	yes
Documentation	The NonShapeFeatureDefinitionBaseType is the abstract base type for non-shape feature definitions. A non-shape feature definition holds that portion of non-shape feature nominal information which can be shared among several features, e.g. feature size.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="NonShapeFeatureDefinitionBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="FeatureDefinitionBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: NonShapeFeatureItemBaseType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < NonShapeFeatureItemBaseType (by extension)
Sub-types:	OtherNonShapeFeatureItemType (by extension) MarkingFeatureItemType (by extension)

Name	NonShapeFeatureItemBaseType
Abstract	yes
Documentation	The NonShapeFeatureItemBaseType is the abstract base type for non-shape feature items. A non-shape feature item represents a single non-shape feature with optional nominal data.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="NonShapeFeatureItemBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="FeatureItemBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: NonShapeFeatureMeasurementBaseType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < NonShapeFeatureMeasurementBaseType (by extension)
Sub-types:	OtherNonShapeFeatureMeasurementType (by extension) MarkingFeatureMeasurementType (by extension)

Name	NonShapeFeatureMeasurementBaseType
Abstract	yes
Documentation	The NonShapeFeatureMeasurementBaseType is the abstract base type for non-shape feature measurements. A non-shape feature measurement holds all information for a measured non-shape feature, e.g. the actual text of a marking.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="NonShapeFeatureMeasurementBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="FeatureMeasurementBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: NonShapeFeatureNominalBaseType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < NonShapeFeatureNominalBaseType (by extension)
Sub-types:	OtherNonShapeFeatureNominalType (by extension) MarkingFeatureNominalType (by extension)

Name	NonShapeFeatureNominalBaseType
Abstract	yes
Documentation	The NonShapeFeatureNominalBaseType is the abstract base type for non-shape feature nominals. A non-shape feature nominal holds that portion of non-shape feature nominal information which cannot be shared among several features, e.g. feature location.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="NonShapeFeatureNominalBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="FeatureNominalBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledLinesBestFitType

Super-types:	ConstructionMethodBaseType < OppositeAngledLinesBestFitType (by extension)
Sub-types:	None

Name	OppositeAngledLinesBestFitType
Abstract	no
Documentation	The OppositeAngledLinesBestFitType defines the information for a best-fit opposite angled lines feature which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the opposite angled lines feature.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [4..*] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledLinesBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="4" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledLinesCastType

Super-types:	ConstructionMethodBaseType < OppositeAngledLinesCastType (by extension)
Sub-types:	None

Name	OppositeAngledLinesCastType
Abstract	no
Documentation	The OppositeAngledLinesCastType defines the cast of another feature type to an opposite angled lines feature. The location, vector and size are copied from the base feature. Any information not available on the base feature will remain at nominal.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledLinesCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledLinesCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	OppositeAngledLinesCheckedFeatureType
Abstract	no
Documentation	The OppositeAngledLinesCheckedFeatureType defines that an opposite angled lines feature is checked.

XML Instance Representation

<...>

<CheckDetails> OppositeAngledLinesCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledLinesCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="OppositeAngledLinesCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: OppositeAngledLinesCheckedType

Super-types:	None
Sub-types:	None

Name	OppositeAngledLinesCheckedType
Abstract	no
Documentation	The OppositeAngledLinesCheckedType defines how the opposite angled lines feature measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> OppositeAngledLinesConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OppositeAngledLinesCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="OppositeAngledLinesConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OppositeAngledLinesConstructionMethodType

Super-types:	None
Sub-types:	None

Name	OppositeAngledLinesConstructionMethodType
Abstract	no
Documentation	The OppositeAngledLinesConstructionMethodType defines the method for constructing a unique nominal or measured opposite angled lines feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> OppositeAngledLinesBestFitType </BestFit> [1] ?

<Recompensated> OppositeAngledLinesRecompType </Recompensated> [1] ?

<Intersection> OppositeAngledLinesIntersectionType </Intersection> [1] ?

<Projection> OppositeAngledLinesProjectionType </Projection> [1] ?

<Copy> OppositeAngledLinesCopyType </Copy> [1] ?

<Cast> OppositeAngledLinesCastType </Cast> [1] ?

<Transform> OppositeAngledLinesTransformType </Transform> [1] ?

<FromScan> OppositeAngledLinesFromScanType </FromScan> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OppositeAngledLinesConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="OppositeAngledLinesBestFitType"/>

<xs:element name="Recompensated" type="OppositeAngledLinesRecompType"/>

<xs:element name="Intersection" type="OppositeAngledLinesIntersectionType"/>

<xs:element name="Projection" type="OppositeAngledLinesProjectionType"/>

<xs:element name="Copy" type="OppositeAngledLinesCopyType"/>

<xs:element name="Cast" type="OppositeAngledLinesCastType"/>

<xs:element name="Transform" type="OppositeAngledLinesTransformType"/>

<xs:element name="FromScan" type="OppositeAngledLinesFromScanType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OppositeAngledLinesCopyType

Super-types:	ConstructionMethodBaseType < OppositeAngledLinesCopyType (by extension)
Sub-types:	None

Name	OppositeAngledLinesCopyType
Abstract	no
Documentation	The OppositeAngledLinesCopyType defines a copied opposite angled lines feature construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseOppositeAngledLines> BaseFeatureType </BaseOppositeAngledLines> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledLinesCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseOppositeAngledLines" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledLinesFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < CurveFeatureDefinitionBaseType (by extension) < OppositeAngledLinesFeatureDefinitionType (by extension)
Sub-types:	None

Name	OppositeAngledLinesFeatureDefinitionType
Abstract	no
Documentation	The OppositeAngledLinesFeatureDefinitionType defines the nominal information that can be common to one or more opposite angled lines features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Width> LinearValueType </Width> [1] ?

<Length> LinearValueType </Length> [0..1] ?

<EndType> SlotEndType </EndType> [1] ?

<TaperAngle> AngularValueType </TaperAngle> [1] ?

<SingleOpenEnd> xs:boolean </SingleOpenEnd> [0..1] ?

<EndRadius1> EndRadiusType </EndRadius1> [0..1] ?

<EndRadius2> EndRadiusType </EndRadius2> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledLinesFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="CurveFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="Width" type="LinearValueType"/>

<xs:element name="Length" type="LinearValueType" minOccurs="0"/>

<xs:element name="EndType" type="SlotEndType"/>

<xs:element name="TaperAngle" type="AngularValueType"/>

<xs:element name="SingleOpenEnd" type="xs:boolean" minOccurs="0"/>

<xs:element name="EndRadius1" type="EndRadiusType" minOccurs="0"/>

<xs:element name="EndRadius2" type="EndRadiusType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledLinesFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < CurveFeatureItemBaseType (by extension) < OppositeAngledLinesFeatureItemType (by extension)
Sub-types:	None

Name	OppositeAngledLinesFeatureItemType
Abstract	no
Documentation	The OppositeAngledLinesFeatureItemType defines an individual non-feature-of-size opposite angled lines feature located by its centerline. This feature can be used to describe a tapered slot or groove (internal feature) or a tapered rib, web, or block (external feature).

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> OppositeAngledLinesMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledLinesFeatureItemType">

<xs:complexContent>

<xs:extension base="CurveFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="OppositeAngledLinesMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledLinesFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < CurveFeatureMeasurementBaseType (by extension) < OppositeAngledLinesFeatureMeasurementType (by extension)
Sub-types:	None

Name	OppositeAngledLinesFeatureMeasurementType
Abstract	no
Documentation	The OppositeAngledLinesFeatureMeasurementType defines the opposite angled lines feature measurement information for an individual opposite angled lines feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<CenterLine> MeasuredPointAndVectorType </CenterLine> [0..1] ?

<Normal> MeasuredUnitVectorType </Normal> [0..1] ?

<Width> MeasuredLinearValueType </Width> [0..1] ?

<WidthMin> MeasuredLinearValueType </WidthMin> [0..1] ?

<WidthMax> MeasuredLinearValueType </WidthMax> [0..1] ?

<Length> MeasuredLinearValueType </Length> [0..1] ?

<LengthMin> MeasuredLinearValueType </LengthMin> [0..1] ?

<LengthMax> MeasuredLinearValueType </LengthMax> [0..1] ?

<TaperAngle> MeasuredAngularValueType </TaperAngle> [0..1] ?

<EndRadius1> MeasuredEndRadiusType </EndRadius1> [0..1] ?

<EndRadius2> MeasuredEndRadiusType </EndRadius2> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledLinesFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="CurveFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="CenterLine" type="MeasuredPointAndVectorType" minOccurs="0"/>

<xs:element name="Normal" type="MeasuredUnitVectorType" minOccurs="0"/>

<xs:element name="Width" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="WidthMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="WidthMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="Length" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="LengthMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="LengthMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="TaperAngle" type="MeasuredAngularValueType" minOccurs="0"/>

<xs:element name="EndRadius1" type="MeasuredEndRadiusType" minOccurs="0"/>

<xs:element name="EndRadius2" type="MeasuredEndRadiusType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledLinesFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < CurveFeatureNominalBaseType (by extension) < OppositeAngledLinesFeatureNominalType (by extension)
Sub-types:	None

Name	OppositeAngledLinesFeatureNominalType
Abstract	no
Documentation	The OppositeAngledLinesFeatureNominalType defines the opposite angled lines feature nominal information for an individual opposite angled lines feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

<CenterLine> PointAndVectorType </CenterLine> [1] ?

<Normal> UnitVectorType </Normal> [1] ?

<Constructed> OppositeAngledLinesConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledLinesFeatureNominalType">

<xs:complexContent>

<xs:extension base="CurveFeatureNominalBaseType">

<xs:sequence>

<xs:element name="CenterLine" type="PointAndVectorType"/>

<xs:element name="Normal" type="UnitVectorType"/>

<xs:element name="Constructed" type="OppositeAngledLinesConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledLinesFromScanType

Super-types:	ConstructionMethodBaseType < OppositeAngledLinesFromScanType (by extension)
Sub-types:	None

Name	OppositeAngledLinesFromScanType
Abstract	no
Documentation	The OppositeAngledLinesFromScanType defines an opposite angled lines feature construction by the retrieval of an opposite angled lines feature from a scanned surface feature (point cloud).

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<SurfaceFeature> BaseFeatureType </SurfaceFeature> [1] ?

<SearchRadius> LinearValueType </SearchRadius> [1] ?

<Depth> LinearValueType </Depth> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledLinesFromScanType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="SurfaceFeature" type="BaseFeatureType"/>

<xs:element name="SearchRadius" type="LinearValueType"/>

<xs:element name="Depth" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledLinesIntersectionType

Super-types:	ConstructionMethodBaseType < OppositeAngledLinesIntersectionType (by extension)
Sub-types:	None

Name	OppositeAngledLinesIntersectionType
Abstract	no
Documentation	The OppositeAngledLinesIntersectionType defines the construction of an opposite angled lines feature by the intersection of a plane with a feature with an angled lines cross section, e.g., a cone, or an opposite angled planes feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<IntersectionPlane> BaseFeatureType </IntersectionPlane> [1] ?

<IntersectionFeature> BaseFeatureType </IntersectionFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledLinesIntersectionType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="IntersectionPlane" type="BaseFeatureType"/>

<xs:element name="IntersectionFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledLinesMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	OppositeAngledLinesMeasurementDeterminationType
Abstract	no
Documentation	The OppositeAngledLinesMeasurementDeterminationType defines how the opposite angled lines feature measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> OppositeAngledLinesCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OppositeAngledLinesMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="OppositeAngledLinesCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OppositeAngledLinesProjectionType

Super-types:	ConstructionMethodBaseType < OppositeAngledLinesProjectionType (by extension)
Sub-types:	None

Name	OppositeAngledLinesProjectionType
Abstract	no
Documentation	The OppositeAngledLinesProjectionType defines a projected opposite angled lines feature construction with the opposite angled lines feature to be projected and the projection plane.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<ProjectionPlane> BaseFeatureType </ProjectionPlane> [1] ?

<ProjectionOppositeAngledLines> BaseFeatureType </ProjectionOppositeAngledLines> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledLinesProjectionType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="ProjectionPlane" type="BaseFeatureType"/>

<xs:element name="ProjectionOppositeAngledLines" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledLinesRecompType

Super-types:	ConstructionMethodBaseType < OppositeAngledLinesRecompType (by extension)
Sub-types:	None

Name	OppositeAngledLinesRecompType
Abstract	no
Documentation	The OppositeAngledLinesRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit opposite angled lines feature through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledLinesRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledLinesTransformType

Super-types:	ConstructionMethodBaseType < OppositeAngledLinesTransformType (by extension)
Sub-types:	None

Name	OppositeAngledLinesTransformType
Abstract	no
Documentation	The OppositeAngledLinesTransformType defines an opposite angled lines feature construction by the transformation of an opposite angled lines feature through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseOppositeAngledLines> BaseFeatureType </BaseOppositeAngledLines> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledLinesTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseOppositeAngledLines" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledPlanesBestFitType

Super-types:	ConstructionMethodBaseType < OppositeAngledPlanesBestFitType (by extension)
Sub-types:	None

Name	OppositeAngledPlanesBestFitType
Abstract	no
Documentation	The OppositeAngledPlanesBestFitType defines the information for a best-fit opposite angled planes feature which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the opposite angled planes feature.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [6..*] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledPlanesBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="6" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledPlanesCastType

Super-types:	ConstructionMethodBaseType < OppositeAngledPlanesCastType (by extension)
Sub-types:	None

Name	OppositeAngledPlanesCastType
Abstract	no
Documentation	The OppositeAngledPlanesCastType defines the cast of another feature type to an opposite angled planes feature. The location and size are copied from the base feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledPlanesCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledPlanesCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	OppositeAngledPlanesCheckedFeatureType
Abstract	no
Documentation	The OppositeAngledPlanesCheckedFeatureType defines that an opposite angled planes feature is checked.

XML Instance Representation

<...>

<CheckDetails> OppositeAngledPlanesCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledPlanesCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="OppositeAngledPlanesCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: OppositeAngledPlanesCheckedType

Super-types:	None
Sub-types:	None

Name	OppositeAngledPlanesCheckedType
Abstract	no
Documentation	The OppositeAngledPlanesCheckedType defines how the opposite angled planes feature measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> OppositeAngledPlanesConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OppositeAngledPlanesCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="OppositeAngledPlanesConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OppositeAngledPlanesConstructionMethodType

Super-types:	None
Sub-types:	None

Name	OppositeAngledPlanesConstructionMethodType
Abstract	no
Documentation	The OppositeAngledPlanesConstructionMethodType defines the method for constructing a unique nominal or measured opposite angled planes feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> OppositeAngledPlanesBestFitType </BestFit> [1] ?

<Recompensated> OppositeAngledPlanesRecompType </Recompensated> [1] ?

<Copy> OppositeAngledPlanesCopyType </Copy> [1] ?

<Cast> OppositeAngledPlanesCastType </Cast> [1] ?

<Transform> OppositeAngledPlanesTransformType </Transform> [1] ?

<FromScan> OppositeAngledPlanesFromScanType </FromScan> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OppositeAngledPlanesConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="OppositeAngledPlanesBestFitType"/>

<xs:element name="Recompensated" type="OppositeAngledPlanesRecompType"/>

<xs:element name="Copy" type="OppositeAngledPlanesCopyType"/>

<xs:element name="Cast" type="OppositeAngledPlanesCastType"/>

<xs:element name="Transform" type="OppositeAngledPlanesTransformType"/>

<xs:element name="FromScan" type="OppositeAngledPlanesFromScanType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OppositeAngledPlanesCopyType

Super-types:	ConstructionMethodBaseType < OppositeAngledPlanesCopyType (by extension)
Sub-types:	None

Name	OppositeAngledPlanesCopyType
Abstract	no
Documentation	The OppositeAngledPlanesCopyType defines a copied opposite angled planes feature construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseOppositeAngledPlanes> BaseFeatureType </BaseOppositeAngledPlanes> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledPlanesCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseOppositeAngledPlanes" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledPlanesFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < SurfaceFeatureDefinitionBaseType (by extension) < OppositeAngledPlanesFeatureDefinitionType (by extension)
Sub-types:	None

Name	OppositeAngledPlanesFeatureDefinitionType
Abstract	no
Documentation	The OppositeAngledPlanesFeatureDefinitionType defines the nominal information that can be common to one or more opposite angled planes features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Width> LinearValueType </Width> [1] ?

<Length> LinearValueType </Length> [0..1] ?

<EndType> SlotEndType </EndType> [1] ?

<Depth> LinearValueType </Depth> [0..1] ?

<Bottom> BottomType </Bottom> [0..1] ?

<SingleOpenEnd> xs:boolean </SingleOpenEnd> [0..1] ?

<EndRadius1> EndRadiusType </EndRadius1> [0..1] ?

<EndRadius2> EndRadiusType </EndRadius2> [0..1] ?

Start Choice [1] ?

<TaperAngle> AngularValueType </TaperAngle> [1] ?

<DraftAngle> AngularValueType </DraftAngle> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OppositeAngledPlanesFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="Width" type="LinearValueType"/>

<xs:element name="Length" type="LinearValueType" minOccurs="0"/>

<xs:element name="EndType" type="SlotEndType"/>

<xs:element name="Depth" type="LinearValueType" minOccurs="0"/>

<xs:element name="Bottom" type="BottomType" minOccurs="0"/>

<xs:element name="SingleOpenEnd" type="xs:boolean" minOccurs="0"/>

<xs:element name="EndRadius1" type="EndRadiusType" minOccurs="0"/>

<xs:element name="EndRadius2" type="EndRadiusType" minOccurs="0"/>

<xs:choice>

<xs:element name="TaperAngle" type="AngularValueType"/>

<xs:element name="DraftAngle" type="AngularValueType"/>

</xs:choice>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledPlanesFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < SurfaceFeatureItemBaseType (by extension) < OppositeAngledPlanesFeatureItemType (by extension)
Sub-types:	None

Name	OppositeAngledPlanesFeatureItemType
Abstract	no
Documentation	The OppositeAngledPlanesFeatureItemType defines an individual, three dimensional non-feature-of-size opposite angled planes feature, located by its center plane. This feature can be used to describe a tapered or drafted slot or groove (internal feature) or a tapered or drafted rib, web, or block (external feature).

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> OppositeAngledPlanesMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledPlanesFeatureItemType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="OppositeAngledPlanesMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledPlanesFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < SurfaceFeatureMeasurementBaseType (by extension) < OppositeAngledPlanesFeatureMeasurementType (by extension)
Sub-types:	None

Name	OppositeAngledPlanesFeatureMeasurementType
Abstract	no
Documentation	The OppositeAngledPlanesFeatureMeasurementType defines the opposite angled planes feature measurement information for an individual opposite angled planes feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<CenterPlane> MeasuredPlaneType </CenterPlane> [0..1] ?

<LengthVector> MeasuredUnitVectorType </LengthVector> [0..1] ?

<DepthVector> MeasuredUnitVectorType </DepthVector> [0..1] ?

<Width> MeasuredLinearValueType </Width> [0..1] ?

<WidthMin> MeasuredLinearValueType </WidthMin> [0..1] ?

<WidthMax> MeasuredLinearValueType </WidthMax> [0..1] ?

<Length> MeasuredLinearValueType </Length> [0..1] ?

<LengthMin> MeasuredLinearValueType </LengthMin> [0..1] ?

<LengthMax> MeasuredLinearValueType </LengthMax> [0..1] ?

<Depth> MeasuredLinearValueType </Depth> [0..1] ?

Start Choice [0..1] ?

<TaperAngle> MeasuredAngularValueType </TaperAngle> [1] ?

<DraftAngle> MeasuredAngularValueType </DraftAngle> [1] ?

End Choice

<EndRadius1> MeasuredEndRadiusType </EndRadius1> [0..1] ?

<EndRadius2> MeasuredEndRadiusType </EndRadius2> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledPlanesFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="CenterPlane" type="MeasuredPlaneType" minOccurs="0"/>

<xs:element name="LengthVector" type="MeasuredUnitVectorType" minOccurs="0"/>

<xs:element name="DepthVector" type="MeasuredUnitVectorType" minOccurs="0"/>

<xs:element name="Width" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="WidthMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="WidthMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="Length" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="LengthMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="LengthMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="Depth" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:choice minOccurs="0">

<xs:element name="TaperAngle" type="MeasuredAngularValueType"/>

<xs:element name="DraftAngle" type="MeasuredAngularValueType"/>

</xs:choice>

<xs:element name="EndRadius1" type="MeasuredEndRadiusType" minOccurs="0"/>

<xs:element name="EndRadius2" type="MeasuredEndRadiusType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledPlanesFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < SurfaceFeatureNominalBaseType (by extension) < OppositeAngledPlanesFeatureNominalType (by extension)
Sub-types:	None

Name	OppositeAngledPlanesFeatureNominalType
Abstract	no
Documentation	The OppositeAngledPlanesFeatureNominalType defines the opposite angled planes feature nominal information for an individual opposite angled planes feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<CenterPlane> PlaneType </CenterPlane> [1] ?

<LengthVector> UnitVectorType </LengthVector> [0..1] ?

<DepthVector> UnitVectorType </DepthVector> [0..1] ?

<DraftVector> UnitVectorType </DraftVector> [0..1] ?

<Constructed> OppositeAngledPlanesConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledPlanesFeatureNominalType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureNominalBaseType">

<xs:sequence>

<xs:element name="CenterPlane" type="PlaneType"/>

<xs:element name="LengthVector" type="UnitVectorType" minOccurs="0"/>

<xs:element name="DepthVector" type="UnitVectorType" minOccurs="0"/>

<xs:element name="DraftVector" type="UnitVectorType" minOccurs="0"/>

<xs:element name="Constructed" type="OppositeAngledPlanesConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledPlanesFromScanType

Super-types:	ConstructionMethodBaseType < OppositeAngledPlanesFromScanType (by extension)
Sub-types:	None

Name	OppositeAngledPlanesFromScanType
Abstract	no
Documentation	The OppositeAngledPlanesFromScanType defines an opposite angled planes feature construction by the retrieval of an opposite angled planes feature from a scanned surface feature (point cloud).

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<SurfaceFeature> BaseFeatureType </SurfaceFeature> [1] ?

<SearchRadius> LinearValueType </SearchRadius> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledPlanesFromScanType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="SurfaceFeature" type="BaseFeatureType"/>

<xs:element name="SearchRadius" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledPlanesMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	OppositeAngledPlanesMeasurementDeterminationType
Abstract	no
Documentation	The OppositeAngledPlanesMeasurementDeterminationType defines how the opposite angled planes feature measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> OppositeAngledPlanesCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OppositeAngledPlanesMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="OppositeAngledPlanesCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OppositeAngledPlanesRecompType

Super-types:	ConstructionMethodBaseType < OppositeAngledPlanesRecompType (by extension)
Sub-types:	None

Name	OppositeAngledPlanesRecompType
Abstract	no
Documentation	The OppositeAngledPlanesRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit opposite angled planes through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledPlanesRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeAngledPlanesTransformType

Super-types:	ConstructionMethodBaseType < OppositeAngledPlanesTransformType (by extension)
Sub-types:	None

Name	OppositeAngledPlanesTransformType
Abstract	no
Documentation	The OppositeAngledPlanesTransformType defines an opposite angled planes feature construction by the transformation of an opposite angled planes feature through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseOppositeAngledPlanes> BaseFeatureType </BaseOppositeAngledPlanes> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeAngledPlanesTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseOppositeAngledPlanes" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelLinesBestFitType

Super-types:	ConstructionMethodBaseType < OppositeParallelLinesBestFitType (by extension)
Sub-types:	None

Name	OppositeParallelLinesBestFitType
Abstract	no
Documentation	The OppositeParallelLinesBestFitType defines the information for a best-fit opposite parallel lines feature which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the opposite parallel lines feature.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [3..*] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelLinesBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="3" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelLinesCastType

Super-types:	ConstructionMethodBaseType < OppositeParallelLinesCastType (by extension)
Sub-types:	None

Name	OppositeParallelLinesCastType
Abstract	no
Documentation	The OppositeParallelLinesCastType defines the cast of another feature type to an opposite parallel lines feature. The location, vector and size are copied from the base feature. Any information not available on the base feature will remain at nominal.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelLinesCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelLinesCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	OppositeParallelLinesCheckedFeatureType
Abstract	no
Documentation	The OppositeParallelLinesCheckedFeatureType defines that an opposite parallel lines feature is checked.

XML Instance Representation

<...>

<CheckDetails> OppositeParallelLinesCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelLinesCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="OppositeParallelLinesCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: OppositeParallelLinesCheckedType

Super-types:	None
Sub-types:	None

Name	OppositeParallelLinesCheckedType
Abstract	no
Documentation	The OppositeParallelLinesCheckedType defines how the opposite parallel lines feature measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> OppositeParallelLinesConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OppositeParallelLinesCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="OppositeParallelLinesConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OppositeParallelLinesConstructionMethodType

Super-types:	None
Sub-types:	None

Name	OppositeParallelLinesConstructionMethodType
Abstract	no
Documentation	The OppositeParallelLinesConstructionMethodType defines the method for constructing a unique nominal or measured opposite parallel lines feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> OppositeParallelLinesBestFitType </BestFit> [1] ?

<Recompensated> OppositeParallelLinesRecompType </Recompensated> [1] ?

<Intersection> OppositeParallelLinesIntersectionType </Intersection> [1] ?

<Projection> OppositeParallelLinesProjectionType </Projection> [1] ?

<Copy> OppositeParallelLinesCopyType </Copy> [1] ?

<Cast> OppositeParallelLinesCastType </Cast> [1] ?

<Transform> OppositeParallelLinesTransformType </Transform> [1] ?

<FromScan> OppositeParallelLinesFromScanType </FromScan> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OppositeParallelLinesConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="OppositeParallelLinesBestFitType"/>

<xs:element name="Recompensated" type="OppositeParallelLinesRecompType"/>

<xs:element name="Intersection" type="OppositeParallelLinesIntersectionType"/>

<xs:element name="Projection" type="OppositeParallelLinesProjectionType"/>

<xs:element name="Copy" type="OppositeParallelLinesCopyType"/>

<xs:element name="Cast" type="OppositeParallelLinesCastType"/>

<xs:element name="Transform" type="OppositeParallelLinesTransformType"/>

<xs:element name="FromScan" type="OppositeParallelLinesFromScanType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OppositeParallelLinesCopyType

Super-types:	ConstructionMethodBaseType < OppositeParallelLinesCopyType (by extension)
Sub-types:	None

Name	OppositeParallelLinesCopyType
Abstract	no
Documentation	The OppositeParallelLinesCopyType defines a copied opposite parallel lines feature construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseOppositeParallelLines> BaseFeatureType </BaseOppositeParallelLines> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelLinesCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseOppositeParallelLines" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelLinesFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < CurveFeatureDefinitionBaseType (by extension) < OppositeParallelLinesFeatureDefinitionType (by extension)
Sub-types:	None

Name	OppositeParallelLinesFeatureDefinitionType
Abstract	no
Documentation	The OppositeParallelLinesFeatureDefinitionType defines the nominal information that can be common to one or more opposite parallel lines features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Width> LinearValueType </Width> [1] ?

<Length> LinearValueType </Length> [0..1] ?

<EndType> SlotEndType </EndType> [1] ?

<SingleOpenEnd> xs:boolean </SingleOpenEnd> [0..1] ?

<EndRadius1> EndRadiusType </EndRadius1> [0..1] ?

<EndRadius2> EndRadiusType </EndRadius2> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelLinesFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="CurveFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="Width" type="LinearValueType"/>

<xs:element name="Length" type="LinearValueType" minOccurs="0"/>

<xs:element name="EndType" type="SlotEndType"/>

<xs:element name="SingleOpenEnd" type="xs:boolean" minOccurs="0"/>

<xs:element name="EndRadius1" type="EndRadiusType" minOccurs="0"/>

<xs:element name="EndRadius2" type="EndRadiusType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelLinesFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < CurveFeatureItemBaseType (by extension) < OppositeParallelLinesFeatureItemType (by extension)
Sub-types:	None

Name	OppositeParallelLinesFeatureItemType
Abstract	no
Documentation	The OppositeParallelLinesFeatureItemType defines an individual feature-of-size opposite parallel lines feature located by its centerline. This feature can be used to describe a slot or groove (internal feature) or a rib, web, or block (external feature).

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> OppositeParallelLinesMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelLinesFeatureItemType">

<xs:complexContent>

<xs:extension base="CurveFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="OppositeParallelLinesMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelLinesFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < CurveFeatureMeasurementBaseType (by extension) < OppositeParallelLinesFeatureMeasurementType (by extension)
Sub-types:	None

Name	OppositeParallelLinesFeatureMeasurementType
Abstract	no
Documentation	The OppositeParallelLinesFeatureMeasurementType defines the opposite parallel lines feature measurement information for an individual opposite parallel lines feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<CenterLine> MeasuredPointAndVectorType </CenterLine> [0..1] ?

<Normal> MeasuredUnitVectorType </Normal> [0..1] ?

<Width> MeasuredLinearValueType </Width> [0..1] ?

<WidthMin> MeasuredLinearValueType </WidthMin> [0..1] ?

<WidthMax> MeasuredLinearValueType </WidthMax> [0..1] ?

<Length> MeasuredLinearValueType </Length> [0..1] ?

<LengthMin> MeasuredLinearValueType </LengthMin> [0..1] ?

<LengthMax> MeasuredLinearValueType </LengthMax> [0..1] ?

<EndRadius1> MeasuredEndRadiusType </EndRadius1> [0..1] ?

<EndRadius2> MeasuredEndRadiusType </EndRadius2> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelLinesFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="CurveFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="CenterLine" type="MeasuredPointAndVectorType" minOccurs="0"/>

<xs:element name="Normal" type="MeasuredUnitVectorType" minOccurs="0"/>

<xs:element name="Width" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="WidthMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="WidthMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="Length" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="LengthMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="LengthMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="EndRadius1" type="MeasuredEndRadiusType" minOccurs="0"/>

<xs:element name="EndRadius2" type="MeasuredEndRadiusType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelLinesFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < CurveFeatureNominalBaseType (by extension) < OppositeParallelLinesFeatureNominalType (by extension)
Sub-types:	None

Name	OppositeParallelLinesFeatureNominalType
Abstract	no
Documentation	The OppositeParallelLinesFeatureNominalType defines the opposite parallel lines feature nominal information for an individual opposite parallel lines feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

<CenterLine> PointAndVectorType </CenterLine> [1] ?

<Normal> UnitVectorType </Normal> [1] ?

<Constructed> OppositeParallelLinesConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelLinesFeatureNominalType">

<xs:complexContent>

<xs:extension base="CurveFeatureNominalBaseType">

<xs:sequence>

<xs:element name="CenterLine" type="PointAndVectorType"/>

<xs:element name="Normal" type="UnitVectorType"/>

<xs:element name="Constructed" type="OppositeParallelLinesConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelLinesFromScanType

Super-types:	ConstructionMethodBaseType < OppositeParallelLinesFromScanType (by extension)
Sub-types:	None

Name	OppositeParallelLinesFromScanType
Abstract	no
Documentation	The OppositeParallelLinesFromScanType defines an opposite parallel lines feature construction by the retrieval of an opposite parallel lines feature from a scanned surface feature (point cloud).

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<SurfaceFeature> BaseFeatureType </SurfaceFeature> [1] ?

<SearchRadius> LinearValueType </SearchRadius> [1] ?

<Depth> LinearValueType </Depth> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelLinesFromScanType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="SurfaceFeature" type="BaseFeatureType"/>

<xs:element name="SearchRadius" type="LinearValueType"/>

<xs:element name="Depth" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelLinesIntersectionType

Super-types:	ConstructionMethodBaseType < OppositeParallelLinesIntersectionType (by extension)
Sub-types:	None

Name	OppositeParallelLinesIntersectionType
Abstract	no
Documentation	The OppositeParallelLinesIntersectionType defines the construction of an opposite parallel lines feature by the intersection of a plane with a feature with a parallel lines cross section, e.g., a cylinder, an opposite parallel planes feature or an opposite angled planes feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<IntersectionPlane> BaseFeatureType </IntersectionPlane> [1] ?

<IntersectionFeature> BaseFeatureType </IntersectionFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelLinesIntersectionType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="IntersectionPlane" type="BaseFeatureType"/>

<xs:element name="IntersectionFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelLinesMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	OppositeParallelLinesMeasurementDeterminationType
Abstract	no
Documentation	The OppositeParallelLinesMeasurementDeterminationType defines how the opposite parallel lines feature measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> OppositeParallelLinesCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OppositeParallelLinesMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="OppositeParallelLinesCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OppositeParallelLinesProjectionType

Super-types:	ConstructionMethodBaseType < OppositeParallelLinesProjectionType (by extension)
Sub-types:	None

Name	OppositeParallelLinesProjectionType
Abstract	no
Documentation	The OppositeParallelLinesProjectionType defines a projected opposite parallel lines feature construction with the opposite parallel lines feature to be projected and the projection plane.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<ProjectionPlane> BaseFeatureType </ProjectionPlane> [1] ?

<ProjectionOppositeParallelLines> BaseFeatureType </ProjectionOppositeParallelLines> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelLinesProjectionType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="ProjectionPlane" type="BaseFeatureType"/>

<xs:element name="ProjectionOppositeParallelLines" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelLinesRecompType

Super-types:	ConstructionMethodBaseType < OppositeParallelLinesRecompType (by extension)
Sub-types:	None

Name	OppositeParallelLinesRecompType
Abstract	no
Documentation	The OppositeParallelLinesRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit opposite parallel lines feature through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelLinesRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelLinesTransformType

Super-types:	ConstructionMethodBaseType < OppositeParallelLinesTransformType (by extension)
Sub-types:	None

Name	OppositeParallelLinesTransformType
Abstract	no
Documentation	The OppositeParallelLinesTransformType defines an opposite parallel lines feature construction by the transformation of an opposite parallel lines feature through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseOppositeParallelLines> BaseFeatureType </BaseOppositeParallelLines> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelLinesTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseOppositeParallelLines" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelPlanesBestFitType

Super-types:	ConstructionMethodBaseType < OppositeParallelPlanesBestFitType (by extension)
Sub-types:	None

Name	OppositeParallelPlanesBestFitType
Abstract	no
Documentation	The OppositeParallelPlanesBestFitType defines the information for a best-fit opposite parallel planes feature which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the opposite parallel planes feature.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [4..*] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelPlanesBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="4" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelPlanesCastType

Super-types:	ConstructionMethodBaseType < OppositeParallelPlanesCastType (by extension)
Sub-types:	None

Name	OppositeParallelPlanesCastType
Abstract	no
Documentation	The OppositeParallelPlanesCastType defines the cast of another feature type to an opposite parallel planes feature. The location and size are copied from the base feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelPlanesCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelPlanesCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	OppositeParallelPlanesCheckedFeatureType
Abstract	no
Documentation	The OppositeParallelPlanesCheckedFeatureType defines that an opposite parallel planes feature is checked.

XML Instance Representation

<...>

<CheckDetails> OppositeParallelPlanesCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelPlanesCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="OppositeParallelPlanesCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: OppositeParallelPlanesCheckedType

Super-types:	None
Sub-types:	None

Name	OppositeParallelPlanesCheckedType
Abstract	no
Documentation	The OppositeParallelPlanesCheckedType defines how the opposite parallel planes feature measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> OppositeParallelPlanesConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OppositeParallelPlanesCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="OppositeParallelPlanesConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OppositeParallelPlanesConstructionMethodType

Super-types:	None
Sub-types:	None

Name	OppositeParallelPlanesConstructionMethodType
Abstract	no
Documentation	The OppositeParallelPlanesConstructionMethodType defines the method for constructing a unique nominal or measured opposite parallel planes feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> OppositeParallelPlanesBestFitType </BestFit> [1] ?

<Recompensated> OppositeParallelPlanesRecompType </Recompensated> [1] ?

<Copy> OppositeParallelPlanesCopyType </Copy> [1] ?

<Cast> OppositeParallelPlanesCastType </Cast> [1] ?

<Transform> OppositeParallelPlanesTransformType </Transform> [1] ?

<FromScan> OppositeParallelPlanesFromScanType </FromScan> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OppositeParallelPlanesConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="OppositeParallelPlanesBestFitType"/>

<xs:element name="Recompensated" type="OppositeParallelPlanesRecompType"/>

<xs:element name="Copy" type="OppositeParallelPlanesCopyType"/>

<xs:element name="Cast" type="OppositeParallelPlanesCastType"/>

<xs:element name="Transform" type="OppositeParallelPlanesTransformType"/>

<xs:element name="FromScan" type="OppositeParallelPlanesFromScanType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OppositeParallelPlanesCopyType

Super-types:	ConstructionMethodBaseType < OppositeParallelPlanesCopyType (by extension)
Sub-types:	None

Name	OppositeParallelPlanesCopyType
Abstract	no
Documentation	The OppositeParallelPlanesCopyType defines a copied opposite parallel planes feature construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseOppositeParallelPlanes> BaseFeatureType </BaseOppositeParallelPlanes> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelPlanesCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseOppositeParallelPlanes" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelPlanesFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < SurfaceFeatureDefinitionBaseType (by extension) < OppositeParallelPlanesFeatureDefinitionType (by extension)
Sub-types:	None

Name	OppositeParallelPlanesFeatureDefinitionType
Abstract	no
Documentation	The OppositeParallelPlanesFeatureDefinitionType defines the nominal information that can be common to one or more opposite parallel planes features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Width> LinearValueType </Width> [1] ?

<Length> LinearValueType </Length> [0..1] ?

<EndType> SlotEndType </EndType> [1] ?

<Depth> LinearValueType </Depth> [0..1] ?

<Bottom> BottomType </Bottom> [0..1] ?

<SingleOpenEnd> xs:boolean </SingleOpenEnd> [0..1] ?

<EndRadius1> EndRadiusType </EndRadius1> [0..1] ?

<EndRadius2> EndRadiusType </EndRadius2> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelPlanesFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="Width" type="LinearValueType"/>

<xs:element name="Length" type="LinearValueType" minOccurs="0"/>

<xs:element name="EndType" type="SlotEndType"/>

<xs:element name="Depth" type="LinearValueType" minOccurs="0"/>

<xs:element name="Bottom" type="BottomType" minOccurs="0"/>

<xs:element name="SingleOpenEnd" type="xs:boolean" minOccurs="0"/>

<xs:element name="EndRadius1" type="EndRadiusType" minOccurs="0"/>

<xs:element name="EndRadius2" type="EndRadiusType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelPlanesFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < SurfaceFeatureItemBaseType (by extension) < OppositeParallelPlanesFeatureItemType (by extension)
Sub-types:	None

Name	OppositeParallelPlanesFeatureItemType
Abstract	no
Documentation	The OppositeParallelPlanesFeatureItemType defines an individual, three dimensional feature-of-size opposite parallel planes feature, located by its center plane. This feature can be used to describe a slot or groove (internal feature) or a rib, web, or block (external feature).

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> OppositeParallelPlanesMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelPlanesFeatureItemType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="OppositeParallelPlanesMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelPlanesFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < SurfaceFeatureMeasurementBaseType (by extension) < OppositeParallelPlanesFeatureMeasurementType (by extension)
Sub-types:	None

Name	OppositeParallelPlanesFeatureMeasurementType
Abstract	no
Documentation	The OppositeParallelPlanesFeatureMeasurementType defines the opposite parallel planes feature measurement information for an individual opposite parallel planes feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<CenterPlane> MeasuredPlaneType </CenterPlane> [0..1] ?

<LengthVector> MeasuredUnitVectorType </LengthVector> [0..1] ?

<DepthVector> MeasuredUnitVectorType </DepthVector> [0..1] ?

<Width> MeasuredLinearValueType </Width> [0..1] ?

<WidthMin> MeasuredLinearValueType </WidthMin> [0..1] ?

<WidthMax> MeasuredLinearValueType </WidthMax> [0..1] ?

<Length> MeasuredLinearValueType </Length> [0..1] ?

<LengthMin> MeasuredLinearValueType </LengthMin> [0..1] ?

<LengthMax> MeasuredLinearValueType </LengthMax> [0..1] ?

<Depth> MeasuredLinearValueType </Depth> [0..1] ?

<EndRadius1> MeasuredEndRadiusType </EndRadius1> [0..1] ?

<EndRadius2> MeasuredEndRadiusType </EndRadius2> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelPlanesFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="CenterPlane" type="MeasuredPlaneType" minOccurs="0"/>

<xs:element name="LengthVector" type="MeasuredUnitVectorType" minOccurs="0"/>

<xs:element name="DepthVector" type="MeasuredUnitVectorType" minOccurs="0"/>

<xs:element name="Width" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="WidthMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="WidthMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="Length" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="LengthMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="LengthMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="Depth" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="EndRadius1" type="MeasuredEndRadiusType" minOccurs="0"/>

<xs:element name="EndRadius2" type="MeasuredEndRadiusType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelPlanesFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < SurfaceFeatureNominalBaseType (by extension) < OppositeParallelPlanesFeatureNominalType (by extension)
Sub-types:	None

Name	OppositeParallelPlanesFeatureNominalType
Abstract	no
Documentation	The OppositeParallelPlanesFeatureNominalType defines the opposite parallel planes feature nominal information for an individual opposite parallel planes feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<CenterPlane> PlaneType </CenterPlane> [1] ?

<LengthVector> UnitVectorType </LengthVector> [0..1] ?

<DepthVector> UnitVectorType </DepthVector> [0..1] ?

<Constructed> OppositeParallelPlanesConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelPlanesFeatureNominalType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureNominalBaseType">

<xs:sequence>

<xs:element name="CenterPlane" type="PlaneType"/>

<xs:element name="LengthVector" type="UnitVectorType" minOccurs="0"/>

<xs:element name="DepthVector" type="UnitVectorType" minOccurs="0"/>

<xs:element name="Constructed" type="OppositeParallelPlanesConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelPlanesFromScanType

Super-types:	ConstructionMethodBaseType < OppositeParallelPlanesFromScanType (by extension)
Sub-types:	None

Name	OppositeParallelPlanesFromScanType
Abstract	no
Documentation	The OppositeParallelPlanesFromScanType defines an opposite parallel planes feature construction by the retrieval of an opposite parallel planes feature from a scanned surface feature (point cloud).

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<SurfaceFeature> BaseFeatureType </SurfaceFeature> [1] ?

<SearchRadius> LinearValueType </SearchRadius> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelPlanesFromScanType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="SurfaceFeature" type="BaseFeatureType"/>

<xs:element name="SearchRadius" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelPlanesMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	OppositeParallelPlanesMeasurementDeterminationType
Abstract	no
Documentation	The OppositeParallelPlanesMeasurementDeterminationType defines how the opposite parallel planes feature measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> OppositeParallelPlanesCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OppositeParallelPlanesMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="OppositeParallelPlanesCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OppositeParallelPlanesRecompType

Super-types:	ConstructionMethodBaseType < OppositeParallelPlanesRecompType (by extension)
Sub-types:	None

Name	OppositeParallelPlanesRecompType
Abstract	no
Documentation	The OppositeParallelPlanesRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit opposite parallel planes through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelPlanesRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OppositeParallelPlanesTransformType

Super-types:	ConstructionMethodBaseType < OppositeParallelPlanesTransformType (by extension)
Sub-types:	None

Name	OppositeParallelPlanesTransformType
Abstract	no
Documentation	The OppositeParallelPlanesTransformType defines an opposite parallel planes feature construction by the transformation of an opposite parallel planes feature through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseOppositeParallelPlanes> BaseFeatureType </BaseOppositeParallelPlanes> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OppositeParallelPlanesTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseOppositeParallelPlanes" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherCurveCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	OtherCurveCheckedFeatureType
Abstract	no
Documentation	The OtherCurveCheckedFeatureType defines that an other curve feature is checked.

XML Instance Representation

<...>

<CheckDetails> OtherCurveCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherCurveCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="OtherCurveCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: OtherCurveCheckedType

Super-types:	None
Sub-types:	None

Name	OtherCurveCheckedType
Abstract	no
Documentation	The OtherCurveCheckedType defines how the other curve feature measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> OtherCurveConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OtherCurveCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="OtherCurveConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OtherCurveConstructionMethodType

Super-types:	None
Sub-types:	None

Name	OtherCurveConstructionMethodType
Abstract	no
Documentation	The OtherCurveConstructionMethodType defines the method for constructing a unique nominal or measured other curve feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<Copy> OtherCurveFeatureCopyType </Copy> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OtherCurveConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="Copy" type="OtherCurveFeatureCopyType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OtherCurveFeatureCopyType

Super-types:	ConstructionMethodBaseType < OtherCurveFeatureCopyType (by extension)
Sub-types:	None

Name	OtherCurveFeatureCopyType
Abstract	no
Documentation	The OtherCurveFeatureCopyType defines a copied other curve feature construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseOtherCurveFeature> BaseFeatureType </BaseOtherCurveFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherCurveFeatureCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseOtherCurveFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherCurveFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < CurveFeatureDefinitionBaseType (by extension) < OtherCurveFeatureDefinitionType (by extension)
Sub-types:	None

Name	OtherCurveFeatureDefinitionType
Abstract	no
Documentation	The OtherCurveFeatureDefinitionType defines the other curve feature nominal information that can be common to one or more other curve features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherCurveFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="CurveFeatureDefinitionBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherCurveFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < CurveFeatureItemBaseType (by extension) < OtherCurveFeatureItemType (by extension)
Sub-types:	None

Name	OtherCurveFeatureItemType
Abstract	no
Documentation	The OtherCurveFeatureItemType defines an individual other curve feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> OtherCurveMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherCurveFeatureItemType">

<xs:complexContent>

<xs:extension base="CurveFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="OtherCurveMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherCurveFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < CurveFeatureMeasurementBaseType (by extension) < OtherCurveFeatureMeasurementType (by extension)
Sub-types:	None

Name	OtherCurveFeatureMeasurementType
Abstract	no
Documentation	The OtherCurveFeatureMeasurementType defines the other curve feature measurement information for an individual other curve feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherCurveFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="CurveFeatureMeasurementBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherCurveFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < CurveFeatureNominalBaseType (by extension) < OtherCurveFeatureNominalType (by extension)
Sub-types:	None

Name	OtherCurveFeatureNominalType
Abstract	no
Documentation	The OtherCurveFeatureNominalType defines the other curve feature nominal information for an individual other curve feature. An other curve feature is intended to be used by having it reference a collection of curves in an internal or external CAD definition. An other curve feature must not be used to represent a feature that can be represented as a more specific type of feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

<Constructed> OtherCurveConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherCurveFeatureNominalType">

<xs:complexContent>

<xs:extension base="CurveFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Constructed" type="OtherCurveConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherCurveMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	OtherCurveMeasurementDeterminationType
Abstract	no
Documentation	The OtherCurveMeasurementDeterminationType defines how the other curve measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> OtherCurveCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OtherCurveMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="OtherCurveCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OtherNonShapeFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < NonShapeFeatureDefinitionBaseType (by extension) < OtherNonShapeFeatureDefinitionType (by extension)
Sub-types:	None

Name	OtherNonShapeFeatureDefinitionType
Abstract	no
Documentation	The OtherNonShapeFeatureDefinitionType defines a non-shape feature definition.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Description> xs:string </Description> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherNonShapeFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="NonShapeFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="Description" type="xs:string"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherNonShapeFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < NonShapeFeatureItemBaseType (by extension) < OtherNonShapeFeatureItemType (by extension)
Sub-types:	None

Name	OtherNonShapeFeatureItemType
Abstract	no
Documentation	The OtherNonShapeFeatureItemType defines a non-shape feature item, usually associated with a non-dimensional characteristic.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherNonShapeFeatureItemType">

<xs:complexContent>

<xs:extension base="NonShapeFeatureItemBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherNonShapeFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < NonShapeFeatureMeasurementBaseType (by extension) < OtherNonShapeFeatureMeasurementType (by extension)
Sub-types:	None

Name	OtherNonShapeFeatureMeasurementType
Abstract	no
Documentation	The OtherNonShapeFeatureMeasurementType defines the measured values of an other non-shape feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherNonShapeFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="NonShapeFeatureMeasurementBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherNonShapeFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < NonShapeFeatureNominalBaseType (by extension) < OtherNonShapeFeatureNominalType (by extension)
Sub-types:	None

Name	OtherNonShapeFeatureNominalType
Abstract	no
Documentation	The OtherNonShapeFeatureNominalType defines the nominal values of an other non-shape feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<ReferenceFeatureNominalIds> ArrayReferenceFullType </ReferenceFeatureNominalIds> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherNonShapeFeatureNominalType">

<xs:complexContent>

<xs:extension base="NonShapeFeatureNominalBaseType">

<xs:sequence>

<xs:element name="ReferenceFeatureNominalIds" type="ArrayReferenceFullType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherShapeCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	OtherShapeCheckedFeatureType
Abstract	no
Documentation	The OtherShapeCheckedFeatureType defines that an other shape feature is checked.

XML Instance Representation

<...>

<CheckDetails> OtherShapeCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherShapeCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="OtherShapeCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: OtherShapeCheckedType

Super-types:	None
Sub-types:	None

Name	OtherShapeCheckedType
Abstract	no
Documentation	The OtherShapeCheckedType defines how the other shape measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> OtherShapeConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OtherShapeCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="OtherShapeConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OtherShapeConstructionMethodType

Super-types:	None
Sub-types:	None

Name	OtherShapeConstructionMethodType
Abstract	no
Documentation	The OtherShapeConstructionMethodType defines the method for constructing a unique nominal or measured other shape feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<Copy> OtherShapeFeatureCopyType </Copy> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OtherShapeConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="Copy" type="OtherShapeFeatureCopyType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OtherShapeFeatureCopyType

Super-types:	ConstructionMethodBaseType < OtherShapeFeatureCopyType (by extension)
Sub-types:	None

Name	OtherShapeFeatureCopyType
Abstract	no
Documentation	The OtherShapeFeatureCopyType defines a copied other shape feature construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseOtherShapeFeature> BaseFeatureType </BaseOtherShapeFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherShapeFeatureCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseOtherShapeFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherShapeFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < OtherShapeFeatureDefinitionType (by extension)
Sub-types:	None

Name	OtherShapeFeatureDefinitionType
Abstract	no
Documentation	The OtherShapeFeatureDefinitionType defines the other shape feature nominal information that can be common to one or more other shape features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Description> xs:string </Description> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherShapeFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="ShapeFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="Description" type="xs:string"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherShapeFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < OtherShapeFeatureItemType (by extension)
Sub-types:	None

Name	OtherShapeFeatureItemType
Abstract	no
Documentation	The OtherShapeFeatureItemType defines an individual other shape feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> OtherShapeMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherShapeFeatureItemType">

<xs:complexContent>

<xs:extension base="ShapeFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="OtherShapeMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherShapeFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < OtherShapeFeatureMeasurementType (by extension)
Sub-types:	None

Name	OtherShapeFeatureMeasurementType
Abstract	no
Documentation	The OtherShapeFeatureMeasurementType defines the other shape feature measurement information for an individual other shape feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherShapeFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="ShapeFeatureMeasurementBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherShapeFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < OtherShapeFeatureNominalType (by extension)
Sub-types:	None

Name	OtherShapeFeatureNominalType
Abstract	no
Documentation	The OtherShapeFeatureNominalType defines the other shape feature nominal information for an individual other shape feature. An other shape feature is intended to be used by having it reference a mixed collection of topology (shells, faces, curves, vertices) in an internal or external CAD definition. An other shape feature must not be used to represent a feature that can be represented as a more specific type of feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Constructed> OtherShapeConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherShapeFeatureNominalType">

<xs:complexContent>

<xs:extension base="ShapeFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Constructed" type="OtherShapeConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherShapeMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	OtherShapeMeasurementDeterminationType
Abstract	no
Documentation	The OtherShapeMeasurementDeterminationType defines how the other shape feature measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> OtherShapeCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OtherShapeMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="OtherShapeCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OtherSurfaceCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	OtherSurfaceCheckedFeatureType
Abstract	no
Documentation	The OtherSurfaceCheckedFeatureType defines that an other surface feature is checked.

XML Instance Representation

<...>

<CheckDetails> OtherSurfaceCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherSurfaceCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="OtherSurfaceCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: OtherSurfaceCheckedType

Super-types:	None
Sub-types:	None

Name	OtherSurfaceCheckedType
Abstract	no
Documentation	The OtherSurfaceCheckedType defines how the other surface measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> OtherSurfaceConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OtherSurfaceCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="OtherSurfaceConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OtherSurfaceConstructionMethodType

Super-types:	None
Sub-types:	None

Name	OtherSurfaceConstructionMethodType
Abstract	no
Documentation	The OtherSurfaceConstructionMethodType defines the method for constructing a unique nominal or measured other surface feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<Copy> OtherSurfaceFeatureCopyType </Copy> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OtherSurfaceConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="Copy" type="OtherSurfaceFeatureCopyType"/>

</xs:choice>

</xs:complexType>

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Complex Type: OtherSurfaceFeatureCopyType

Super-types:	ConstructionMethodBaseType < OtherSurfaceFeatureCopyType (by extension)
Sub-types:	None

Name	OtherSurfaceFeatureCopyType
Abstract	no
Documentation	The OtherSurfaceFeatureCopyType defines a copied other surface feature construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseOtherSurfaceFeature> BaseFeatureType </BaseOtherSurfaceFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherSurfaceFeatureCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseOtherSurfaceFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherSurfaceFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < SurfaceFeatureDefinitionBaseType (by extension) < OtherSurfaceFeatureDefinitionType (by extension)
Sub-types:	None

Name	OtherSurfaceFeatureDefinitionType
Abstract	no
Documentation	The OtherSurfaceFeatureDefinitionType defines the other surface feature nominal information that can be common to one or more other surface features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherSurfaceFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureDefinitionBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherSurfaceFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < SurfaceFeatureItemBaseType (by extension) < OtherSurfaceFeatureItemType (by extension)
Sub-types:	None

Name	OtherSurfaceFeatureItemType
Abstract	no
Documentation	The OtherSurfaceFeatureItemType defines an individual other surface feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> OtherSurfaceMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherSurfaceFeatureItemType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="OtherSurfaceMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherSurfaceFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < SurfaceFeatureMeasurementBaseType (by extension) < OtherSurfaceFeatureMeasurementType (by extension)
Sub-types:	None

Name	OtherSurfaceFeatureMeasurementType
Abstract	no
Documentation	The OtherSurfaceFeatureMeasurementType defines the other surface feature measurement information for an individual other surface feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<PolyLine> PolyLineType </PolyLine> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="OtherSurfaceFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="PolyLine" type="PolyLineType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherSurfaceFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < SurfaceFeatureNominalBaseType (by extension) < OtherSurfaceFeatureNominalType (by extension)
Sub-types:	None

Name	OtherSurfaceFeatureNominalType
Abstract	no
Documentation	The OtherSurfaceFeatureNominalType defines the other surface feature nominal information for an individual other surface feature. An other surface feature is intended to be used by having it reference a collection of faces in an internal or external CAD definition. An other surface feature must not be used to represent a feature that can be represented as a more specific type of feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

Start Choice [0..1]

<PolyLine> PolyLineType </PolyLine> [1] ?

<ClosedSurface> InternalExternalEnumType </ClosedSurface> [1] ?

<Constructed> OtherSurfaceConstructionMethodType </Constructed> [0..1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OtherSurfaceFeatureNominalType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureNominalBaseType">

<xs:choice minOccurs="0">

<xs:element name="PolyLine" type="PolyLineType"/>

<xs:element name="ClosedSurface" type="InternalExternalEnumType"/>

<xs:element name="Constructed" type="OtherSurfaceConstructionMethodType" minOccurs="0"/>

</xs:choice>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: OtherSurfaceMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	OtherSurfaceMeasurementDeterminationType
Abstract	no
Documentation	The OtherSurfaceMeasurementDeterminationType defines how the other surface feature measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> OtherSurfaceCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="OtherSurfaceMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="OtherSurfaceCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: PatternFeatureCircleDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < GroupFeatureDefinitionType (by extension) < PatternFeatureDefinitionBaseType (by extension) < PatternFeatureCircleDefinitionType (by extension)
Sub-types:	None

Name	PatternFeatureCircleDefinitionType
Abstract	no
Documentation	The PatternFeatureCircleDefinitionType defines a regular arrangement of identically shaped features that can be common to one or more circle pattern features. A circle pattern feature is a set of identically shaped features arranged in a circle. The small arcs defined by adjacent features must subtend equal angles.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<IsProfileGroup> xs:boolean </IsProfileGroup> [0..1] ?

<IsRunoutGroup> xs:boolean </IsRunoutGroup> [0..1] ?

Start Choice [0..1] ?

<IsCountersunkHole> xs:boolean </IsCountersunkHole> [1] ?

<IsCounterboredHole> xs:boolean </IsCounterboredHole> [1] ?

<IsSpotface> xs:boolean </IsSpotface> [1] ?

End Choice

<Diameter> LinearValueType </Diameter> [1] ?

<FeatureDirection> UnitVectorType </FeatureDirection> [0..1] ?

<NumberOfFeatures> NaturalType </NumberOfFeatures> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PatternFeatureCircleDefinitionType">

<xs:complexContent>

<xs:extension base="PatternFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="Diameter" type="LinearValueType"/>

<xs:element name="FeatureDirection" type="UnitVectorType" minOccurs="0"/>

<xs:element name="NumberOfFeatures" type="NaturalType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PatternFeatureCircleItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < GroupFeatureItemType (by extension) < PatternFeatureItemBaseType (by extension) < PatternFeatureCircleItemType (by extension)
Sub-types:	None

Name	PatternFeatureCircleItemType
Abstract	no
Documentation	The PatternFeatureCircleItemType defines an individual circle pattern feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PatternFeatureCircleItemType">

<xs:complexContent>

<xs:extension base="PatternFeatureItemBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: PatternFeatureCircleNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < GroupFeatureNominalType (by extension) < PatternFeatureNominalBaseType (by extension) < PatternFeatureCircleNominalType (by extension)
Sub-types:	None

Name	PatternFeatureCircleNominalType
Abstract	no
Documentation	The PatternFeatureCircleNominalType defines the pattern feature nominal information for an individual circle pattern feature. The nominal location of first element of the circle pattern is the nominal location of the first feature in the pattern (which is not necessarily the first feature in the feature set).

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<FeatureNominalIds> ArrayReferenceFullType </FeatureNominalIds> [1] ?

<Normal> UnitVectorType </Normal> [1] ?

<Center> PointType </Center> [1] ?

<FirstFeatureLocation> QIFReferenceType </FirstFeatureLocation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PatternFeatureCircleNominalType">

<xs:complexContent>

<xs:extension base="PatternFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Normal" type="UnitVectorType"/>

<xs:element name="Center" type="PointType"/>

<xs:element name="FirstFeatureLocation" type="QIFReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PatternFeatureCircularArcDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < GroupFeatureDefinitionType (by extension) < PatternFeatureDefinitionBaseType (by extension) < PatternFeatureCircularArcDefinitionType (by extension)
Sub-types:	None

Name	PatternFeatureCircularArcDefinitionType
Abstract	no
Documentation	The PatternFeatureCircularArcDefinitionType defines a regular arrangement of identically shaped features that can be common to one or more circular arc pattern features. A circular arc pattern feature is a set of identically shaped features arranged in a circular arc. The small arcs defined by adjacent features must subtend equal angles. The number of arcs (which is the NumberOfFeatures minus 1) times the IncrementalArc must amount to less than a full circle.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<IsProfileGroup> xs:boolean </IsProfileGroup> [0..1] ?

<IsRunoutGroup> xs:boolean </IsRunoutGroup> [0..1] ?

Start Choice [0..1] ?

<IsCountersunkHole> xs:boolean </IsCountersunkHole> [1] ?

<IsCounterboredHole> xs:boolean </IsCounterboredHole> [1] ?

<IsSpotface> xs:boolean </IsSpotface> [1] ?

End Choice

<ArcRadius> LinearValueType </ArcRadius> [1] ?

<IncrementalArc> AngularValueType </IncrementalArc> [1] ?

<FeatureDirection> UnitVectorType </FeatureDirection> [0..1] ?

<NumberOfFeatures> NaturalType </NumberOfFeatures> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PatternFeatureCircularArcDefinitionType">

<xs:complexContent>

<xs:extension base="PatternFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="ArcRadius" type="LinearValueType"/>

<xs:element name="IncrementalArc" type="AngularValueType"/>

<xs:element name="FeatureDirection" type="UnitVectorType" minOccurs="0"/>

<xs:element name="NumberOfFeatures" type="NaturalType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PatternFeatureCircularArcItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < GroupFeatureItemType (by extension) < PatternFeatureItemBaseType (by extension) < PatternFeatureCircularArcItemType (by extension)
Sub-types:	None

Name	PatternFeatureCircularArcItemType
Abstract	no
Documentation	The PatternFeatureCircularArcItemType defines an individual circular arc pattern feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PatternFeatureCircularArcItemType">

<xs:complexContent>

<xs:extension base="PatternFeatureItemBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: PatternFeatureCircularArcNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < GroupFeatureNominalType (by extension) < PatternFeatureNominalBaseType (by extension) < PatternFeatureCircularArcNominalType (by extension)
Sub-types:	None

Name	PatternFeatureCircularArcNominalType
Abstract	no
Documentation	The PatternFeatureCircularArcNominalType defines the pattern feature nominal information for an individual circular arc pattern feature. The nominal location of first element of the circular arc pattern is the nominal location of the first feature in the pattern (which is not necessarily the first feature in the feature set).

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<FeatureNominalIds> ArrayReferenceFullType </FeatureNominalIds> [1] ?

<Normal> UnitVectorType </Normal> [1] ?

<Center> PointType </Center> [1] ?

<FirstFeatureLocation> QIFReferenceType </FirstFeatureLocation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PatternFeatureCircularArcNominalType">

<xs:complexContent>

<xs:extension base="PatternFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Normal" type="UnitVectorType"/>

<xs:element name="Center" type="PointType"/>

<xs:element name="FirstFeatureLocation" type="QIFReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PatternFeatureDefinitionBaseType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < GroupFeatureDefinitionType (by extension) < PatternFeatureDefinitionBaseType (by extension)
Sub-types:	PatternFeatureLinearDefinitionType (by extension) PatternFeatureParallelogramDefinitionType (by extension) PatternFeatureCircularArcDefinitionType (by extension) PatternFeatureCircleDefinitionType (by extension)

Name	PatternFeatureDefinitionBaseType
Abstract	yes
Documentation	The PatternFeatureDefinitionBaseType is the abstract base type that defines the pattern feature nominal information that can be common to one or more pattern features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<IsProfileGroup> xs:boolean </IsProfileGroup> [0..1] ?

<IsRunoutGroup> xs:boolean </IsRunoutGroup> [0..1] ?

Start Choice [0..1] ?

<IsCountersunkHole> xs:boolean </IsCountersunkHole> [1] ?

<IsCounterboredHole> xs:boolean </IsCounterboredHole> [1] ?

<IsSpotface> xs:boolean </IsSpotface> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="PatternFeatureDefinitionBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="GroupFeatureDefinitionType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: PatternFeatureItemBaseType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < GroupFeatureItemType (by extension) < PatternFeatureItemBaseType (by extension)
Sub-types:	PatternFeatureLinearItemType (by extension) PatternFeatureParallelogramItemType (by extension) PatternFeatureCircularArcItemType (by extension) PatternFeatureCircleItemType (by extension)

Name	PatternFeatureItemBaseType
Abstract	yes
Documentation	The PatternFeatureItemBaseType is the abstract base type that defines an individual pattern feature. A pattern feature is a complex feature defined by a set of identically shaped feature of size features (e.g., holes, bosses, slots, tabs) in a pattern (e.g., bolt hole circle) and to which a composite pattern tolerance may be applied. A pattern feature may not be a counterbore, countersink, or runout group.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PatternFeatureItemBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="GroupFeatureItemType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: PatternFeatureLinearDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < GroupFeatureDefinitionType (by extension) < PatternFeatureDefinitionBaseType (by extension) < PatternFeatureLinearDefinitionType (by extension)
Sub-types:	None

Name	PatternFeatureLinearDefinitionType
Abstract	no
Documentation	The PatternFeatureLinearDefinitionType defines a regular arrangement of identically shaped features that can be common to one or more linear pattern features. A linear pattern feature is a set of identically shaped features having the same orientation arranged in a straight line. The nominal features in the pattern must lie equally spaced on the line.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<IsProfileGroup> xs:boolean </IsProfileGroup> [0..1] ?

<IsRunoutGroup> xs:boolean </IsRunoutGroup> [0..1] ?

Start Choice [0..1] ?

<IsCountersunkHole> xs:boolean </IsCountersunkHole> [1] ?

<IsCounterboredHole> xs:boolean </IsCounterboredHole> [1] ?

<IsSpotface> xs:boolean </IsSpotface> [1] ?

End Choice

<LineDirection> UnitVectorType </LineDirection> [1] ?

<IncrementalDistance> LinearValueType </IncrementalDistance> [1] ?

<FeatureDirection> UnitVectorType </FeatureDirection> [0..1] ?

<NumberOfFeatures> NaturalType </NumberOfFeatures> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PatternFeatureLinearDefinitionType">

<xs:complexContent>

<xs:extension base="PatternFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="LineDirection" type="UnitVectorType"/>

<xs:element name="IncrementalDistance" type="LinearValueType"/>

<xs:element name="FeatureDirection" type="UnitVectorType" minOccurs="0"/>

<xs:element name="NumberOfFeatures" type="NaturalType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PatternFeatureLinearItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < GroupFeatureItemType (by extension) < PatternFeatureItemBaseType (by extension) < PatternFeatureLinearItemType (by extension)
Sub-types:	None

Name	PatternFeatureLinearItemType
Abstract	no
Documentation	The PatternFeatureLinearItemType defines an individual linear pattern feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PatternFeatureLinearItemType">

<xs:complexContent>

<xs:extension base="PatternFeatureItemBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: PatternFeatureLinearNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < GroupFeatureNominalType (by extension) < PatternFeatureNominalBaseType (by extension) < PatternFeatureLinearNominalType (by extension)
Sub-types:	None

Name	PatternFeatureLinearNominalType
Abstract	no
Documentation	The PatternFeatureLinearNominalType defines the pattern feature nominal information for an individual linear pattern feature. The nominal location of the linear pattern is the nominal location of the first feature in the pattern (which is not necessarily the first feature in the feature set).

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<FeatureNominalIds> ArrayReferenceFullType </FeatureNominalIds> [1] ?

<FirstFeatureLocation> QIFReferenceType </FirstFeatureLocation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PatternFeatureLinearNominalType">

<xs:complexContent>

<xs:extension base="PatternFeatureNominalBaseType">

<xs:sequence>

<xs:element name="FirstFeatureLocation" type="QIFReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PatternFeatureNominalBaseType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < GroupFeatureNominalType (by extension) < PatternFeatureNominalBaseType (by extension)
Sub-types:	PatternFeatureLinearNominalType (by extension) PatternFeatureParallelogramNominalType (by extension) PatternFeatureCircularArcNominalType (by extension) PatternFeatureCircleNominalType (by extension)

Name	PatternFeatureNominalBaseType
Abstract	yes
Documentation	The PatternFeatureNominalBaseType is the abstract base type that defines the pattern feature nominal information for an individual pattern feature. Each feature nominal in an instance of PatternFeatureNominalBaseType must reference the same feature definition.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<FeatureNominalIds> ArrayReferenceFullType </FeatureNominalIds> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PatternFeatureNominalBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="GroupFeatureNominalType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: PatternFeatureParallelogramDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < GroupFeatureDefinitionType (by extension) < PatternFeatureDefinitionBaseType (by extension) < PatternFeatureParallelogramDefinitionType (by extension)
Sub-types:	None

Name	PatternFeatureParallelogramDefinitionType
Abstract	no
Documentation	The PatternFeatureParallelogramDefinitionType defines a regular arrangement of identically shaped features that can be common to one or more parallelogram pattern features. A parallelogram pattern feature is a set of identically shaped features having the same orientation arranged in coplanar parallel rows. The nominal features in each row of the pattern must be equally spaced, and the rows must be equally spaced. The number of features in the set of features in the pattern must equal the product of the NumberOfFeaturesPerRow and the NumberOfRows. The AlongRowDirection and the BetweenRowDirection determine the plane of the pattern.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<IsProfileGroup> xs:boolean </IsProfileGroup> [0..1] ?

<IsRunoutGroup> xs:boolean </IsRunoutGroup> [0..1] ?

Start Choice [0..1] ?

<IsCountersunkHole> xs:boolean </IsCountersunkHole> [1] ?

<IsCounterboredHole> xs:boolean </IsCounterboredHole> [1] ?

<IsSpotface> xs:boolean </IsSpotface> [1] ?

End Choice

<AlongRowDirection> VectorType </AlongRowDirection> [1] ?

<IncrementalRowDistance> LinearValueType </IncrementalRowDistance> [1] ?

<BetweenRowDirection> VectorType </BetweenRowDirection> [1] ?

<RowSeparationDistance> LinearValueType </RowSeparationDistance> [1] ?

<FeatureDirection> UnitVectorType </FeatureDirection> [0..1] ?

<NumberOfFeaturesPerRow> NaturalType </NumberOfFeaturesPerRow> [1] ?

<NumberOfRows> NaturalType </NumberOfRows> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PatternFeatureParallelogramDefinitionType">

<xs:complexContent>

<xs:extension base="PatternFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="AlongRowDirection" type="VectorType"/>

<xs:element name="IncrementalRowDistance" type="LinearValueType"/>

<xs:element name="BetweenRowDirection" type="VectorType"/>

<xs:element name="RowSeparationDistance" type="LinearValueType"/>

<xs:element name="FeatureDirection" type="UnitVectorType" minOccurs="0"/>

<xs:element name="NumberOfFeaturesPerRow" type="NaturalType"/>

<xs:element name="NumberOfRows" type="NaturalType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PatternFeatureParallelogramItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < GroupFeatureItemType (by extension) < PatternFeatureItemBaseType (by extension) < PatternFeatureParallelogramItemType (by extension)
Sub-types:	None

Name	PatternFeatureParallelogramItemType
Abstract	no
Documentation	The PatternFeatureParallelogramItemType defines an individual parallelogram pattern feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PatternFeatureParallelogramItemType">

<xs:complexContent>

<xs:extension base="PatternFeatureItemBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: PatternFeatureParallelogramNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < GroupFeatureNominalType (by extension) < PatternFeatureNominalBaseType (by extension) < PatternFeatureParallelogramNominalType (by extension)
Sub-types:	None

Name	PatternFeatureParallelogramNominalType
Abstract	no
Documentation	The PatternFeatureParallelogramNominalType defines the pattern feature nominal information for an individual parallelogram pattern feature. The nominal location of the parallelogram pattern is the nominal location of the first feature in the pattern (which is not necessarily the first feature in the feature set).

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<FeatureNominalIds> ArrayReferenceFullType </FeatureNominalIds> [1] ?

<FirstFeatureLocation> QIFReferenceType </FirstFeatureLocation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PatternFeatureParallelogramNominalType">

<xs:complexContent>

<xs:extension base="PatternFeatureNominalBaseType">

<xs:sequence>

<xs:element name="FirstFeatureLocation" type="QIFReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PlaneBestFitType

Super-types:	ConstructionMethodBaseType < PlaneBestFitType (by extension)
Sub-types:	None

Name	PlaneBestFitType
Abstract	no
Documentation	The PlaneBestFitType defines the information for a best-fit plane which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the plane.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [3..*] ?

</...>

Schema Component Representation

<xs:complexType name="PlaneBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="3" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PlaneCastType

Super-types:	ConstructionMethodBaseType < PlaneCastType (by extension)
Sub-types:	None

Name	PlaneCastType
Abstract	no
Documentation	The PlaneCastType defines the cast of another feature type to a plane. The location and vector are copied from the base feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PlaneCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PlaneCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	PlaneCheckedFeatureType
Abstract	no
Documentation	The PlaneCheckedFeatureType defines that a plane feature is checked.

XML Instance Representation

<...>

<CheckDetails> PlaneCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PlaneCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="PlaneCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: PlaneCheckedType

Super-types:	None
Sub-types:	None

Name	PlaneCheckedType
Abstract	no
Documentation	The PlaneCheckedType defines how the plane measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> PlaneConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="PlaneCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="PlaneConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: PlaneConstructionMethodType

Super-types:	None
Sub-types:	None

Name	PlaneConstructionMethodType
Abstract	no
Documentation	The PlaneConstructionMethodType defines the method for constructing a unique nominal or measured plane feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> PlaneBestFitType </BestFit> [1] ?

<Recompensated> PlaneRecompType </Recompensated> [1] ?

<Midplane> PlaneMidplaneType </Midplane> [1] ?

<Offset> PlaneOffsetType </Offset> [1] ?

<Perpendicular> PlanePerpendicularType </Perpendicular> [1] ?

<Parallel> PlaneParallelType </Parallel> [1] ?

<Copy> PlaneCopyType </Copy> [1] ?

<Cast> PlaneCastType </Cast> [1] ?

<TangentThrough> PlaneTangentThroughType </TangentThrough> [1] ?

<Through> PlaneThroughType </Through> [1] ?

<Transform> PlaneTransformType </Transform> [1] ?

<Extract> PlaneExtractType </Extract> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="PlaneConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="PlaneBestFitType"/>

<xs:element name="Recompensated" type="PlaneRecompType"/>

<xs:element name="Midplane" type="PlaneMidplaneType"/>

<xs:element name="Offset" type="PlaneOffsetType"/>

<xs:element name="Perpendicular" type="PlanePerpendicularType"/>

<xs:element name="Parallel" type="PlaneParallelType"/>

<xs:element name="Copy" type="PlaneCopyType"/>

<xs:element name="Cast" type="PlaneCastType"/>

<xs:element name="TangentThrough" type="PlaneTangentThroughType"/>

<xs:element name="Through" type="PlaneThroughType"/>

<xs:element name="Transform" type="PlaneTransformType"/>

<xs:element name="Extract" type="PlaneExtractType"/>

</xs:choice>

</xs:complexType>

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Complex Type: PlaneCopyType

Super-types:	ConstructionMethodBaseType < PlaneCopyType (by extension)
Sub-types:	None

Name	PlaneCopyType
Abstract	no
Documentation	The PlaneCopyType defines a copied plane construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BasePlane> BaseFeatureType </BasePlane> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PlaneCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BasePlane" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PlaneExtractType

Super-types:	ConstructionMethodBaseType < PlaneExtractType (by extension)
Sub-types:	None

Name	PlaneExtractType
Abstract	no
Documentation	The PlaneExtractType defines a plane construction by the extraction of a plane from a surface feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<SurfaceFeature> BaseFeatureType </SurfaceFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PlaneExtractType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="SurfaceFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PlaneFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < SurfaceFeatureDefinitionBaseType (by extension) < PlaneFeatureDefinitionType (by extension)
Sub-types:	None

Name	PlaneFeatureDefinitionType
Abstract	no
Documentation	The PlaneFeatureDefinitionType defines the plane feature nominal information that can be common to one or more plane features. There is no definition information for a plane feature beyond what is provided by the SurfaceFeatureDefinitionBaseType.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PlaneFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureDefinitionBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: PlaneFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < SurfaceFeatureItemBaseType (by extension) < PlaneFeatureItemType (by extension)
Sub-types:	None

Name	PlaneFeatureItemType
Abstract	no
Documentation	The PlaneFeatureItemType defines an individual plane feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> PlaneMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PlaneFeatureItemType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="PlaneMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PlaneFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < SurfaceFeatureMeasurementBaseType (by extension) < PlaneFeatureMeasurementType (by extension)
Sub-types:	None

Name	PlaneFeatureMeasurementType
Abstract	no
Documentation	The PlaneFeatureMeasurementType defines the plane feature measurement information for an individual plane feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Location> MeasuredPointType </Location> [0..1] ?

<Normal> MeasuredUnitVectorType </Normal> [0..1] ?

<PolyLine> PolyLineType </PolyLine> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PlaneFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Location" type="MeasuredPointType" minOccurs="0"/>

<xs:element name="Normal" type="MeasuredUnitVectorType" minOccurs="0"/>

<xs:element name="PolyLine" type="PolyLineType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PlaneFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < SurfaceFeatureNominalBaseType (by extension) < PlaneFeatureNominalType (by extension)
Sub-types:	None

Name	PlaneFeatureNominalType
Abstract	no
Documentation	The PlaneFeatureNominalType defines the plane feature nominal information for an individual plane feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Location> PointType </Location> [1] ?

<Normal> UnitVectorType </Normal> [1] ?

Start Choice [0..1] ?

<PolyLine> PolyLineType </PolyLine> [1] ?

<Rectangle> RectangleType </Rectangle> [1] ?

<Circle> CircleType </Circle> [1] ?

End Choice

<Constructed> PlaneConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PlaneFeatureNominalType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Location" type="PointType"/>

<xs:element name="Normal" type="UnitVectorType"/>

<xs:choice minOccurs="0">

<xs:element name="PolyLine" type="PolyLineType"/>

<xs:element name="Rectangle" type="RectangleType"/>

<xs:element name="Circle" type="CircleType"/>

</xs:choice>

<xs:element name="Constructed" type="PlaneConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PlaneMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	PlaneMeasurementDeterminationType
Abstract	no
Documentation	The PlaneMeasurementDeterminationType defines how the plane measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> PlaneCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="PlaneMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="PlaneCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: PlaneMidplaneType

Super-types:	ConstructionMethodBaseType < PlaneMidplaneType (by extension)
Sub-types:	None

Name	PlaneMidplaneType
Abstract	no
Documentation	The PlaneMidplaneType defines the construction of a plane that is everywhere equidistant from two base planes.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BasePlane> SequencedBaseFeatureType </BasePlane> [2..2] ?

</...>

Schema Component Representation

<xs:complexType name="PlaneMidplaneType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BasePlane" type="SequencedBaseFeatureType" minOccurs="2" maxOccurs="2"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PlaneOffsetType

Super-types:	ConstructionMethodBaseType < PlaneOffsetType (by extension)
Sub-types:	None

Name	PlaneOffsetType
Abstract	no
Documentation	The PlaneOffsetType defines the construction of a plane created by translating a base plane by a specified offset distance along its normal vector. If the Offset is negative, the offset is in a direction opposite that of the plane vector.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BasePlane> BaseFeatureType </BasePlane> [1] ?

<Offset> LinearValueType </Offset> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PlaneOffsetType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BasePlane" type="BaseFeatureType"/>

<xs:element name="Offset" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PlaneParallelType

Super-types:	ConstructionMethodBaseType < PlaneParallelType (by extension)
Sub-types:	None

Name	PlaneParallelType
Abstract	no
Documentation	The PlaneParallelType defines the construction of a plane parallel to a base feature, through a point feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<ParallelFeature> BaseFeatureType </ParallelFeature> [1] ?

<PointFeature> BaseFeatureType </PointFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PlaneParallelType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="ParallelFeature" type="BaseFeatureType"/>

<xs:element name="PointFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PlanePerpendicularType

Super-types:	ConstructionMethodBaseType < PlanePerpendicularType (by extension)
Sub-types:	None

Name	PlanePerpendicularType
Abstract	no
Documentation	The PlanePerpendicularType defines the construction of a plane perpendicular to a line-reducible base feature, through a point feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<PerpendicularFeature> BaseFeatureType </PerpendicularFeature> [1] ?

<PointFeature> BaseFeatureType </PointFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PlanePerpendicularType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="PerpendicularFeature" type="BaseFeatureType"/>

<xs:element name="PointFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PlaneRecompType

Super-types:	ConstructionMethodBaseType < PlaneRecompType (by extension)
Sub-types:	None

Name	PlaneRecompType
Abstract	no
Documentation	The PlaneRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit plane through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PlaneRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PlaneTangentThroughType

Super-types:	ConstructionMethodBaseType < PlaneTangentThroughType (by extension)
Sub-types:	None

Name	PlaneTangentThroughType
Abstract	no
Documentation	The PlaneTangentThroughType defines the construction of a plane through a point and tangent to a base feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<TangentFeature> BaseFeatureType </TangentFeature> [1] ?

<PointFeature> BaseFeatureType </PointFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PlaneTangentThroughType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="TangentFeature" type="BaseFeatureType"/>

<xs:element name="PointFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PlaneThroughType

Super-types:	ConstructionMethodBaseType < PlaneThroughType (by extension)
Sub-types:	None

Name	PlaneThroughType
Abstract	no
Documentation	The PlaneThroughType defines the information for a plane constructed through two nominally parallel line or plane reducible features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [2..2] ?

</...>

Schema Component Representation

<xs:complexType name="PlaneThroughType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="2" maxOccurs="2"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PlaneTransformType

Super-types:	ConstructionMethodBaseType < PlaneTransformType (by extension)
Sub-types:	None

Name	PlaneTransformType
Abstract	no
Documentation	The PlaneTransformType defines a plane construction by the transformation of a plane through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BasePlane> BaseFeatureType </BasePlane> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PlaneTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BasePlane" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	PointCheckedFeatureType
Abstract	no
Documentation	The PointCheckedFeatureType defines that a point feature is checked.

XML Instance Representation

<...>

<CheckDetails> PointCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PointCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="PointCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: PointCheckedType

Super-types:	None
Sub-types:	None

Name	PointCheckedType
Abstract	no
Documentation	The PointCheckedType defines how the point measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> PointConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="PointCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="PointConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: PointConstructionMethodType

Super-types:	None
Sub-types:	None

Name	PointConstructionMethodType
Abstract	no
Documentation	The PointConstructionMethodType defines the method for constructing a unique nominal or measured point feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<Intersection> PointFeatureIntersectionType </Intersection> [1] ?

<Projection> PointFeatureProjectionType </Projection> [1] ?

<Copy> PointFeatureCopyType </Copy> [1] ?

<Cast> PointFeatureCastType </Cast> [1] ?

<Transform> PointFeatureTransformType </Transform> [1] ?

<FromCone> PointFeatureFromConeType </FromCone> [1] ?

<FromScan> PointFeatureFromScanType </FromScan> [1] ?

<CenterOfGravity> PointFeatureCenterOfGravityType </CenterOfGravity> [1] ?

<Pierce> PointFeaturePierceType </Pierce> [1] ?

<MidPoint> PointFeatureMidPointType </MidPoint> [1] ?

<MovePoint> PointFeatureMovePointType </MovePoint> [1] ?

<MovePointVector> PointFeatureMovePointVectorType </MovePointVector> [1] ?

<MovePointAxis> PointFeatureMovePointAxisType </MovePointAxis> [1] ?

<Extreme> PointFeatureExtremeType </Extreme> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="PointConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="Intersection" type="PointFeatureIntersectionType"/>

<xs:element name="Projection" type="PointFeatureProjectionType"/>

<xs:element name="Copy" type="PointFeatureCopyType"/>

<xs:element name="Cast" type="PointFeatureCastType"/>

<xs:element name="Transform" type="PointFeatureTransformType"/>

<xs:element name="FromCone" type="PointFeatureFromConeType"/>

<xs:element name="FromScan" type="PointFeatureFromScanType"/>

<xs:element name="CenterOfGravity" type="PointFeatureCenterOfGravityType"/>

<xs:element name="Pierce" type="PointFeaturePierceType"/>

<xs:element name="MidPoint" type="PointFeatureMidPointType"/>

<xs:element name="MovePoint" type="PointFeatureMovePointType"/>

<xs:element name="MovePointVector" type="PointFeatureMovePointVectorType"/>

<xs:element name="MovePointAxis" type="PointFeatureMovePointAxisType"/>

<xs:element name="Extreme" type="PointFeatureExtremeType"/>

</xs:choice>

</xs:complexType>

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Complex Type: PointDefinedCurveBestFitType

Super-types:	ConstructionMethodBaseType < PointDefinedCurveBestFitType (by extension)
Sub-types:	None

Name	PointDefinedCurveBestFitType
Abstract	no
Documentation	The PointDefinedCurveBestFitType defines the information for a best-fit point-defined curve which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the point-defined curve.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [3..*] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedCurveBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="3" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointDefinedCurveCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	PointDefinedCurveCheckedFeatureType
Abstract	no
Documentation	The PointDefinedCurveCheckedFeatureType defines that a point-defined curve feature is checked.

XML Instance Representation

<...>

<CheckDetails> PointDefinedCurveCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedCurveCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="PointDefinedCurveCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: PointDefinedCurveCheckedType

Super-types:	None
Sub-types:	None

Name	PointDefinedCurveCheckedType
Abstract	no
Documentation	The PointDefinedCurveCheckedType defines how the point-defined curve measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> PointDefinedCurveConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="PointDefinedCurveCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="PointDefinedCurveConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: PointDefinedCurveConstructionMethodType

Super-types:	None
Sub-types:	None

Name	PointDefinedCurveConstructionMethodType
Abstract	no
Documentation	The PointDefinedCurveConstructionMethodType defines the method for constructing a unique nominal or measured point-defined curve feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> PointDefinedCurveBestFitType </BestFit> [1] ?

<Recompensated> PointDefinedCurveRecompType </Recompensated> [1] ?

<Copy> PointDefinedCurveCopyType </Copy> [1] ?

<Transform> PointDefinedCurveTransformType </Transform> [1] ?

<FromScan> PointDefinedCurveFromScanType </FromScan> [1] ?

<Extract> PointDefinedCurveExtractType </Extract> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="PointDefinedCurveConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="PointDefinedCurveBestFitType"/>

<xs:element name="Recompensated" type="PointDefinedCurveRecompType"/>

<xs:element name="Copy" type="PointDefinedCurveCopyType"/>

<xs:element name="Transform" type="PointDefinedCurveTransformType"/>

<xs:element name="FromScan" type="PointDefinedCurveFromScanType"/>

<xs:element name="Extract" type="PointDefinedCurveExtractType"/>

</xs:choice>

</xs:complexType>

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Complex Type: PointDefinedCurveCopyType

Super-types:	ConstructionMethodBaseType < PointDefinedCurveCopyType (by extension)
Sub-types:	None

Name	PointDefinedCurveCopyType
Abstract	no
Documentation	The PointDefinedCurveCopyType defines a copied point-defined curve construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BasePointDefinedCurve> BaseFeatureType </BasePointDefinedCurve> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedCurveCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BasePointDefinedCurve" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointDefinedCurveExtractType

Super-types:	ConstructionMethodBaseType < PointDefinedCurveExtractType (by extension)
Sub-types:	None

Name	PointDefinedCurveExtractType
Abstract	no
Documentation	The PointDefinedCurveExtractType defines a point-defined curve construction by the extraction of a point-defined curve from a curve feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<CurveFeature> BaseFeatureType </CurveFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedCurveExtractType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="CurveFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointDefinedCurveFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < CurveFeatureDefinitionBaseType (by extension) < PointDefinedCurveFeatureDefinitionType (by extension)
Sub-types:	None

Name	PointDefinedCurveFeatureDefinitionType
Abstract	no
Documentation	The PointDefinedCurveFeatureDefinitionType defines the point-defined curve feature nominal information that can be common to one or more point-defined curve features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedCurveFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="CurveFeatureDefinitionBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointDefinedCurveFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < CurveFeatureItemBaseType (by extension) < PointDefinedCurveFeatureItemType (by extension)
Sub-types:	None

Name	PointDefinedCurveFeatureItemType
Abstract	no
Documentation	The PointDefinedCurveFeatureItemType defines an individual point-defined curve feature. A point-defined curve feature is defined by a set of points and may be a planar curve or a free-form curve not in a plane.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> PointDefinedCurveMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedCurveFeatureItemType">

<xs:complexContent>

<xs:extension base="CurveFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="PointDefinedCurveMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointDefinedCurveFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < CurveFeatureMeasurementBaseType (by extension) < PointDefinedCurveFeatureMeasurementType (by extension)
Sub-types:	None

Name	PointDefinedCurveFeatureMeasurementType
Abstract	no
Documentation	The PointDefinedCurveFeatureMeasurementType defines the point-defined curve feature measurement information for an individual point-defined curve feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<DefiningPoints> DefiningPointsMeasurementType </DefiningPoints> [0..1] ?

<Plane> MeasuredPlaneType </Plane> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedCurveFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="CurveFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="DefiningPoints" type="DefiningPointsMeasurementType" minOccurs="0"/>

<xs:element name="Plane" type="MeasuredPlaneType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointDefinedCurveFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < CurveFeatureNominalBaseType (by extension) < PointDefinedCurveFeatureNominalType (by extension)
Sub-types:	None

Name	PointDefinedCurveFeatureNominalType
Abstract	no
Documentation	The PointDefinedCurveFeatureNominalType defines the point-defined curve feature nominal information for an individual point-defined curve feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [0..1] ?

<DefiningPoints> DefiningPointsNominalType </DefiningPoints> [1] ?

<Plane> PlaneType </Plane> [0..1] ?

<Constructed> PointDefinedCurveConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedCurveFeatureNominalType">

<xs:complexContent>

<xs:extension base="CurveFeatureNominalBaseType">

<xs:sequence>

<xs:element name="DefiningPoints" type="DefiningPointsNominalType"/>

<xs:element name="Plane" type="PlaneType" minOccurs="0"/>

<xs:element name="Constructed" type="PointDefinedCurveConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointDefinedCurveFromScanType

Super-types:	ConstructionMethodBaseType < PointDefinedCurveFromScanType (by extension)
Sub-types:	None

Name	PointDefinedCurveFromScanType
Abstract	no
Documentation	The PointDefinedCurveFromScanType defines a point-defined curve construction by the retrieval of a point-defined curve from a scanned surface feature (point cloud).

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<SurfaceFeature> BaseFeatureType </SurfaceFeature> [1] ?

<SearchRadius> LinearValueType </SearchRadius> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedCurveFromScanType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="SurfaceFeature" type="BaseFeatureType"/>

<xs:element name="SearchRadius" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointDefinedCurveMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	PointDefinedCurveMeasurementDeterminationType
Abstract	no
Documentation	The PointDefinedCurveMeasurementDeterminationType defines how the point-defined curve measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> PointDefinedCurveCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="PointDefinedCurveMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="PointDefinedCurveCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: PointDefinedCurveRecompType

Super-types:	ConstructionMethodBaseType < PointDefinedCurveRecompType (by extension)
Sub-types:	None

Name	PointDefinedCurveRecompType
Abstract	no
Documentation	The PointDefinedCurveRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit point-defined curve through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedCurveRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointDefinedCurveTransformType

Super-types:	ConstructionMethodBaseType < PointDefinedCurveTransformType (by extension)
Sub-types:	None

Name	PointDefinedCurveTransformType
Abstract	no
Documentation	The PointDefinedCurveTransformType defines a point-defined curve construction by the transformation of a point-defined curve through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BasePointDefinedCurve> BaseFeatureType </BasePointDefinedCurve> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedCurveTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BasePointDefinedCurve" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointDefinedSurfaceBestFitType

Super-types:	ConstructionMethodBaseType < PointDefinedSurfaceBestFitType (by extension)
Sub-types:	None

Name	PointDefinedSurfaceBestFitType
Abstract	no
Documentation	The PointDefinedSurfaceBestFitType defines the information for a best-fit point-defined surface which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the point-defined surface.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [3..*] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedSurfaceBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="3" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointDefinedSurfaceCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	PointDefinedSurfaceCheckedFeatureType
Abstract	no
Documentation	The PointDefinedSurfaceCheckedFeatureType defines that a point-defined surface feature is checked.

XML Instance Representation

<...>

<CheckDetails> PointDefinedSurfaceCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedSurfaceCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="PointDefinedSurfaceCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: PointDefinedSurfaceCheckedType

Super-types:	None
Sub-types:	None

Name	PointDefinedSurfaceCheckedType
Abstract	no
Documentation	The PointDefinedSurfaceCheckedType defines how the point-defined surface measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> PointDefinedSurfaceConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="PointDefinedSurfaceCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="PointDefinedSurfaceConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: PointDefinedSurfaceConstructionMethodType

Super-types:	None
Sub-types:	None

Name	PointDefinedSurfaceConstructionMethodType
Abstract	no
Documentation	The PointDefinedSurfaceConstructionMethodType defines the method for constructing a unique nominal or measured point-defined surface feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> PointDefinedSurfaceBestFitType </BestFit> [1] ?

<Recompensated> PointDefinedSurfaceRecompType </Recompensated> [1] ?

<Copy> PointDefinedSurfaceCopyType </Copy> [1] ?

<Transform> PointDefinedSurfaceTransformType </Transform> [1] ?

<Extract> PointDefinedSurfaceExtractType </Extract> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="PointDefinedSurfaceConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="PointDefinedSurfaceBestFitType"/>

<xs:element name="Recompensated" type="PointDefinedSurfaceRecompType"/>

<xs:element name="Copy" type="PointDefinedSurfaceCopyType"/>

<xs:element name="Transform" type="PointDefinedSurfaceTransformType"/>

<xs:element name="Extract" type="PointDefinedSurfaceExtractType"/>

</xs:choice>

</xs:complexType>

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Complex Type: PointDefinedSurfaceCopyType

Super-types:	ConstructionMethodBaseType < PointDefinedSurfaceCopyType (by extension)
Sub-types:	None

Name	PointDefinedSurfaceCopyType
Abstract	no
Documentation	The PointDefinedSurfaceCopyType defines a copied point-defined surface construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BasePointDefinedSurface> BaseFeatureType </BasePointDefinedSurface> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedSurfaceCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BasePointDefinedSurface" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointDefinedSurfaceExtractType

Super-types:	ConstructionMethodBaseType < PointDefinedSurfaceExtractType (by extension)
Sub-types:	None

Name	PointDefinedSurfaceExtractType
Abstract	no
Documentation	The PointDefinedSurfaceExtractType defines a point-defined surface construction by the extraction of a point-defined surface from a surface.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<SurfaceFeature> BaseFeatureType </SurfaceFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedSurfaceExtractType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="SurfaceFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointDefinedSurfaceFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < SurfaceFeatureDefinitionBaseType (by extension) < PointDefinedSurfaceFeatureDefinitionType (by extension)
Sub-types:	None

Name	PointDefinedSurfaceFeatureDefinitionType
Abstract	no
Documentation	The PointDefinedSurfaceDefinitionType defines the point-defined surface feature nominal information that can be common to one or more point-defined surface features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedSurfaceFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureDefinitionBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointDefinedSurfaceFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < SurfaceFeatureItemBaseType (by extension) < PointDefinedSurfaceFeatureItemType (by extension)
Sub-types:	None

Name	PointDefinedSurfaceFeatureItemType
Abstract	no
Documentation	The PointDefinedSurfaceFeatureItemType defines an individual point-defined surface feature. A point-defined surface feature is defined by a set of points on a surface.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> PointDefinedSurfaceMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedSurfaceFeatureItemType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="PointDefinedSurfaceMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointDefinedSurfaceFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < SurfaceFeatureMeasurementBaseType (by extension) < PointDefinedSurfaceFeatureMeasurementType (by extension)
Sub-types:	None

Name	PointDefinedSurfaceFeatureMeasurementType
Abstract	no
Documentation	The PointDefinedSurfaceFeatureMeasurementType defines the point-defined surface feature measurement information for an individual point-defined surface feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<DefiningPoints> DefiningPointsMeasurementType </DefiningPoints> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedSurfaceFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="DefiningPoints" type="DefiningPointsMeasurementType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointDefinedSurfaceFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < SurfaceFeatureNominalBaseType (by extension) < PointDefinedSurfaceFeatureNominalType (by extension)
Sub-types:	None

Name	PointDefinedSurfaceFeatureNominalType
Abstract	no
Documentation	The PointDefinedSurfaceFeatureNominalType defines the point-defined surface feature nominal information for an individual point-defined surface feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<DefiningPoints> DefiningPointsNominalType </DefiningPoints> [1] ?

<Constructed> PointDefinedSurfaceConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedSurfaceFeatureNominalType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureNominalBaseType">

<xs:sequence>

<xs:element name="DefiningPoints" type="DefiningPointsNominalType"/>

<xs:element name="Constructed" type="PointDefinedSurfaceConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointDefinedSurfaceMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	PointDefinedSurfaceMeasurementDeterminationType
Abstract	no
Documentation	The PointDefinedSurfaceMeasurementDeterminationType defines how the point-defined surface measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> PointDefinedSurfaceCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="PointDefinedSurfaceMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="PointDefinedSurfaceCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: PointDefinedSurfaceRecompType

Super-types:	ConstructionMethodBaseType < PointDefinedSurfaceRecompType (by extension)
Sub-types:	None

Name	PointDefinedSurfaceRecompType
Abstract	no
Documentation	The PointDefinedSurfaceRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit point-defined surface through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedSurfaceRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointDefinedSurfaceTransformType

Super-types:	ConstructionMethodBaseType < PointDefinedSurfaceTransformType (by extension)
Sub-types:	None

Name	PointDefinedSurfaceTransformType
Abstract	no
Documentation	The PointDefinedSurfaceTransformType defines a point-defined surface construction by the transformation of a point-defined surface through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BasePointDefinedSurface> BaseFeatureType </BasePointDefinedSurface> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointDefinedSurfaceTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BasePointDefinedSurface" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureCastType

Super-types:	ConstructionMethodBaseType < PointFeatureCastType (by extension)
Sub-types:	None

Name	PointFeatureCastType
Abstract	no
Documentation	The PointFeatureCastType defines the cast of another feature type to a point feature. The location is copied from the base feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointFeatureCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureCenterOfGravityType

Super-types:	ConstructionMethodBaseType < PointFeatureCenterOfGravityType (by extension)
Sub-types:	None

Name	PointFeatureCenterOfGravityType
Abstract	no
Documentation	The PointFeatureCenterOfGravityType defines the construction of a point which is the center of gravity of the base feature locations.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [3..*] ?

</...>

Schema Component Representation

<xs:complexType name="PointFeatureCenterOfGravityType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType" minOccurs="3" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureCopyType

Super-types:	ConstructionMethodBaseType < PointFeatureCopyType (by extension)
Sub-types:	None

Name	PointFeatureCopyType
Abstract	no
Documentation	The PointFeatureCopyType defines a copied point feature construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BasePointFeature> BaseFeatureType </BasePointFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointFeatureCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BasePointFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureDefinitionBaseType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < PointFeatureDefinitionBaseType (by extension)
Sub-types:	EdgePointFeatureDefinitionType (by extension) PointFeatureDefinitionType (by extension)

Name	PointFeatureDefinitionBaseType
Abstract	yes
Documentation	The PointFeatureDefinitionBaseType is the abstract base type for shape feature definitions for features that are a point.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PointFeatureDefinitionBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="ShapeFeatureDefinitionBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < PointFeatureDefinitionBaseType (by extension) < PointFeatureDefinitionType (by extension)
Sub-types:	None

Name	PointFeatureDefinitionType
Abstract	no
Documentation	The PointFeatureDefinitionType defines the point feature nominal information that can be common to one or more point features. There is no definition information for a point feature beyond what is provided by the PointFeatureDefinitionBaseType.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PointFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="PointFeatureDefinitionBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureExtremeType

Super-types:	ConstructionMethodBaseType < PointFeatureExtremeType (by extension)
Sub-types:	None

Name	PointFeatureExtremeType
Abstract	no
Documentation	The PointFeatureExtremeType defines the construction of the extreme point on a feature in the specified direction. Except in the case of Radial, the point is the point at which a plane approaching the feature from the given direction first touches the feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

<Minimum> xs:boolean </Minimum> [1] ?

Start Choice [1]

<BaseAxisFeature> BaseFeatureType </BaseAxisFeature> [1] ?

<Vector> UnitVectorType </Vector> [1] ?

<Radial> Radial </Radial> [1] ?

<Xaxis> Xaxis </Xaxis> [1] ?

<Yaxis> Yaxis </Yaxis> [1] ?

<Zaxis> Zaxis </Zaxis> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="PointFeatureExtremeType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

<xs:element name="Minimum" type="xs:boolean" default="false"/>

<xs:choice>

<xs:element name="BaseAxisFeature" type="BaseFeatureType"/>

<xs:element name="Vector" type="UnitVectorType"/>

<xs:element name="Radial" type="xs:token" fixed="Radial"/>

<xs:element name="Xaxis" type="xs:token" fixed="Xaxis"/>

<xs:element name="Yaxis" type="xs:token" fixed="Yaxis"/>

<xs:element name="Zaxis" type="xs:token" fixed="Zaxis"/>

</xs:choice>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureFromConeType

Super-types:	ConstructionMethodBaseType < PointFeatureFromConeType (by extension)
Sub-types:	None

Name	PointFeatureFromConeType
Abstract	no
Documentation	The PointFeatureFromConeType defines the construction of a point which is the vertex of a cone.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseCone> BaseFeatureType </BaseCone> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointFeatureFromConeType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseCone" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureFromScanType

Super-types:	ConstructionMethodBaseType < PointFeatureFromScanType (by extension)
Sub-types:	None

Name	PointFeatureFromScanType
Abstract	no
Documentation	The PointFeatureFromScanType defines a point feature construction by the retrieval of a point feature from a scanned surface feature (point cloud).

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<SurfaceFeature> BaseFeatureType </SurfaceFeature> [1] ?

<SearchRadius> LinearValueType </SearchRadius> [1] ?

<RetrievalMethod> RetrievalMethodEnumType </RetrievalMethod> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointFeatureFromScanType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="SurfaceFeature" type="BaseFeatureType"/>

<xs:element name="SearchRadius" type="LinearValueType"/>

<xs:element name="RetrievalMethod" type="RetrievalMethodEnumType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureIntersectionType

Super-types:	ConstructionMethodBaseType < PointFeatureIntersectionType (by extension)
Sub-types:	None

Name	PointFeatureIntersectionType
Abstract	no
Documentation	The PointFeatureIntersectionType defines a point that is the intersection of two features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<IntersectionFeature> SequencedBaseFeatureType </IntersectionFeature> [2..2] ?

</...>

Schema Component Representation

<xs:complexType name="PointFeatureIntersectionType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="IntersectionFeature" type="SequencedBaseFeatureType" minOccurs="2" maxOccurs="2"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureItemBaseType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < PointFeatureItemBaseType (by extension)
Sub-types:	EdgePointFeatureItemType (by extension) PointFeatureItemType (by extension)

Name	PointFeatureItemBaseType
Abstract	yes
Documentation	The PointFeatureItemBaseType is the abstract base type for shape feature items for features that are a point.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PointFeatureItemBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="ShapeFeatureItemBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < PointFeatureItemBaseType (by extension) < PointFeatureItemType (by extension)
Sub-types:	None

Name	PointFeatureItemType
Abstract	no
Documentation	The PointFeatureItemType defines an individual point feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> PointMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointFeatureItemType">

<xs:complexContent>

<xs:extension base="PointFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="PointMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureMeasurementBaseType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < PointFeatureMeasurementBaseType (by extension)
Sub-types:	EdgePointFeatureMeasurementType (by extension) PointFeatureMeasurementType (by extension)

Name	PointFeatureMeasurementBaseType
Abstract	yes
Documentation	The PointFeatureMeasurementBaseType is the abstract base type for shape feature measurements for features that are a point.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PointFeatureMeasurementBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="ShapeFeatureMeasurementBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < PointFeatureMeasurementBaseType (by extension) < PointFeatureMeasurementType (by extension)
Sub-types:	None

Name	PointFeatureMeasurementType
Abstract	no
Documentation	The PointFeatureMeasurementType defines the point feature measurement information for an individual point feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Location> MeasuredPointType </Location> [0..1] ?

<Normal> MeasuredUnitVectorType </Normal> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PointFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="PointFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Location" type="MeasuredPointType" minOccurs="0"/>

<xs:element name="Normal" type="MeasuredUnitVectorType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureMidPointType

Super-types:	ConstructionMethodBaseType < PointFeatureMidPointType (by extension)
Sub-types:	None

Name	PointFeatureMidPointType
Abstract	no
Documentation	The PointFeatureMidPointType defines the construction of a point which is the midpoint of two base feature locations.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [2..2] ?

</...>

Schema Component Representation

<xs:complexType name="PointFeatureMidPointType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="2" maxOccurs="2"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureMovePointAxisType

Super-types:	ConstructionMethodBaseType < PointFeatureMovePointAxisType (by extension)
Sub-types:	None

Name	PointFeatureMovePointAxisType
Abstract	no
Documentation	The PointFeatureMovePointAxisType defines the construction of a point by translating a point by a specified distance along a feature axis from another feature location. If the Distance is negative, the point moves in the opposite direction to the feature axis.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseLocationFeature> BaseFeatureType </BaseLocationFeature> [1] ?

<Distance> LinearValueType </Distance> [1] ?

<BaseAxisFeature> BaseFeatureType </BaseAxisFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointFeatureMovePointAxisType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseLocationFeature" type="BaseFeatureType"/>

<xs:element name="Distance" type="LinearValueType"/>

<xs:element name="BaseAxisFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureMovePointType

Super-types:	ConstructionMethodBaseType < PointFeatureMovePointType (by extension)
Sub-types:	None

Name	PointFeatureMovePointType
Abstract	no
Documentation	The PointFeatureMovePointType defines the construction of a point by translating a base point by a specified offset.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

Start Choice [1]

<Offset> VectorType </Offset> [1] ?

<DirectionalOffset> DirectionalOffsetType </DirectionalOffset> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="PointFeatureMovePointType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

<xs:choice>

<xs:element name="Offset" type="VectorType"/>

<xs:element name="DirectionalOffset" type="DirectionalOffsetType"/>

</xs:choice>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureMovePointVectorType

Super-types:	ConstructionMethodBaseType < PointFeatureMovePointVectorType (by extension)
Sub-types:	None

Name	PointFeatureMovePointVectorType
Abstract	no
Documentation	The PointFeatureMovePointVectorType defines the construction of a point by translating a base point a specified distance in a specified direction. If the Distance is negative, the point moves in the opposite direction to the vector.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

<Distance> LinearValueType </Distance> [1] ?

<Vector> UnitVectorType </Vector> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointFeatureMovePointVectorType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

<xs:element name="Distance" type="LinearValueType"/>

<xs:element name="Vector" type="UnitVectorType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureNominalBaseType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < PointFeatureNominalBaseType (by extension)
Sub-types:	EdgePointFeatureNominalType (by extension) PointFeatureNominalType (by extension)

Name	PointFeatureNominalBaseType
Abstract	yes
Documentation	The PointFeatureNominalBaseType is the abstract base type for shape feature nominals for features that are a point.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

Start Choice [0..1]

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [1] ?

<CurveFeatureNominalId> QIFReferenceFullType </CurveFeatureNominalId> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="PointFeatureNominalBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="ShapeFeatureNominalBaseType">

<xs:choice minOccurs="0">

<xs:element name="SurfaceFeatureNominalId" type="QIFReferenceFullType"/>

<xs:element name="CurveFeatureNominalId" type="QIFReferenceFullType"/>

</xs:choice>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < PointFeatureNominalBaseType (by extension) < PointFeatureNominalType (by extension)
Sub-types:	None

Name	PointFeatureNominalType
Abstract	no
Documentation	The PointFeatureNominalType defines the point feature nominal information for an individual point feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

Start Choice [0..1]

<SurfaceFeatureNominalId> QIFReferenceFullType </SurfaceFeatureNominalId> [1] ?

<CurveFeatureNominalId> QIFReferenceFullType </CurveFeatureNominalId> [1] ?

End Choice

<Location> PointType </Location> [1] ?

<Normal> UnitVectorType </Normal> [0..1] ?

<Constructed> PointConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="PointFeatureNominalType">

<xs:complexContent>

<xs:extension base="PointFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Location" type="PointType"/>

<xs:element name="Normal" type="UnitVectorType" minOccurs="0"/>

<xs:element name="Constructed" type="PointConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeaturePierceType

Super-types:	ConstructionMethodBaseType < PointFeaturePierceType (by extension)
Sub-types:	None

Name	PointFeaturePierceType
Abstract	no
Documentation	The PointFeaturePierceType defines the construction of a point created by the intersection of a surface with a line or curve.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<SurfaceFeature> BaseFeatureType </SurfaceFeature> [1] ?

<CurveFeature> BaseFeatureType </CurveFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointFeaturePierceType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="SurfaceFeature" type="BaseFeatureType"/>

<xs:element name="CurveFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureProjectionType

Super-types:	ConstructionMethodBaseType < PointFeatureProjectionType (by extension)
Sub-types:	None

Name	PointFeatureProjectionType
Abstract	no
Documentation	The PointFeatureProjectionType defines a projected point construction with the point to be projected and the projection plane.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<ProjectionPlane> BaseFeatureType </ProjectionPlane> [1] ?

<ProjectionFeature> BaseFeatureType </ProjectionFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointFeatureProjectionType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="ProjectionPlane" type="BaseFeatureType"/>

<xs:element name="ProjectionFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointFeatureTransformType

Super-types:	ConstructionMethodBaseType < PointFeatureTransformType (by extension)
Sub-types:	None

Name	PointFeatureTransformType
Abstract	no
Documentation	The PointFeatureTransformType defines a point feature construction by the transformation of a point feature through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BasePointFeature> BaseFeatureType </BasePointFeature> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointFeatureTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BasePointFeature" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: PointIndexType

Super-types:	None
Sub-types:	None

Name	PointIndexType
Abstract	no
Documentation	The PointIndexType defines a point, a range of points, or all points.

XML Instance Representation

<...>
Start Choice [1]

<Single> NaturalType </Single> [1] ?

<Range> PointRangeType </Range> [1] ?

<All> All </All> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="PointIndexType">

<xs:choice>

<xs:element name="Single" type="NaturalType"/>

<xs:element name="Range" type="PointRangeType"/>

<xs:element name="All" type="xs:token" fixed="All"/>

</xs:choice>

</xs:complexType>

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Complex Type: PointListType

Super-types:	None
Sub-types:	None

Name	PointListType
Abstract	no
Documentation	The PointListType defines a list of ordered nominal measurement points or a list of ordered measured points by referencing point sets and point subsets.

XML Instance Representation

<...
n="NaturalType [1] ?">

<PointSetId> ... </PointSetId> [1..*] ?

</...>

Schema Component Representation

<xs:complexType name="PointListType">

<xs:sequence>

<xs:element ref="PointSetId" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:complexType>

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Complex Type: PointMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	PointMeasurementDeterminationType
Abstract	no
Documentation	The PointMeasurementDeterminationType defines how the point measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> PointCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="PointMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="PointCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: PointRangeType

Super-types:	None
Sub-types:	None

Name	PointRangeType
Abstract	no
Documentation	The PointRangeType defines a range of point index numbers. The points at the start and stop indexes are included. Index numbers start at 1 for the first point on a feature.

XML Instance Representation

<...>

<Start> NaturalType </Start> [1] ?

<Stop> NaturalType </Stop> [1] ?

</...>

Schema Component Representation

<xs:complexType name="PointRangeType">

<xs:sequence>

<xs:element name="Start" type="NaturalType"/>

<xs:element name="Stop" type="NaturalType"/>

</xs:sequence>

</xs:complexType>

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Complex Type: PointSetNominalType

Super-types:	None
Sub-types:	None

Name	PointSetNominalType
Abstract	no
Documentation	The PointSetNominalType defines a set of ordered nominal target measurement points for a feature with a QIF id for referencing.

XML Instance Representation

<...

Attribute group reference (not shown): AttrPoint ?

n="NaturalType [1] ?"
id="QIFIdType [1] ?">

<MeasurePoint> MeasurePointNominalType </MeasurePoint> [1..*] ?

</...>

Schema Component Representation

<xs:complexType name="PointSetNominalType">

<xs:sequence>

<xs:element name="MeasurePoint" type="MeasurePointNominalType" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attributeGroup ref="AttrPoint"/>

<xs:attribute name="n" type="NaturalType" use="required"/>

<xs:attribute name="id" type="QIFIdType" use="required"/>

</xs:complexType>

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Complex Type: SetFeatureType

Super-types:	None
Sub-types:	None

Name	SetFeatureType
Abstract	no
Documentation	The SetFeatureType defines that a feature has a set value rather than a checked (directly measured or constructed) value. The set feature type is used in cases where a non-measurable basic value needs to be tracked by virtue of appearing on a product print, For example, a circle representing the area in which weld splatter is not allowed.

XML Instance Representation

<.../>

Schema Component Representation

<xs:complexType name="SetFeatureType"/>

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Complex Type: ShapeFeatureDefinitionBaseType

Super-types:

FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension)

Sub-types:

SurfaceFeatureDefinitionBaseType (by extension)
- ConeFeatureDefinitionType (by extension)
- ConicalSegmentFeatureDefinitionType (by extension)
- CylinderFeatureDefinitionType (by extension)
- CylindricalSegmentFeatureDefinitionType (by extension)
- ElongatedCylinderFeatureDefinitionType (by extension)
- ExtrudedCrossSectionFeatureDefinitionType (by extension)
- OppositeParallelPlanesFeatureDefinitionType (by extension)
- OppositeAngledPlanesFeatureDefinitionType (by extension)
- OtherSurfaceFeatureDefinitionType (by extension)
- PlaneFeatureDefinitionType (by extension)
- PointDefinedSurfaceFeatureDefinitionType (by extension)
- SphereFeatureDefinitionType (by extension)
- SphericalSegmentFeatureDefinitionType (by extension)
- SurfaceOfRevolutionFeatureDefinitionType (by extension)
- ToroidalSegmentFeatureDefinitionType (by extension)
- TorusFeatureDefinitionType (by extension)
CurveFeatureDefinitionBaseType (by extension)
- CircleFeatureDefinitionType (by extension)
- CircularArcFeatureDefinitionType (by extension)
- EllipseFeatureDefinitionType (by extension)
- EllipticalArcFeatureDefinitionType (by extension)
- ElongatedCircleFeatureDefinitionType (by extension)
- LineFeatureDefinitionType (by extension)
- OppositeParallelLinesFeatureDefinitionType (by extension)
- OppositeAngledLinesFeatureDefinitionType (by extension)
- OtherCurveFeatureDefinitionType (by extension)
- PointDefinedCurveFeatureDefinitionType (by extension)
PointFeatureDefinitionBaseType (by extension)
- EdgePointFeatureDefinitionType (by extension)
- PointFeatureDefinitionType (by extension)
SpecifiedFeatureDefinitionBaseType (by extension)
- ThreadedFeatureDefinitionType (by extension)
OtherShapeFeatureDefinitionType (by extension)
GroupFeatureDefinitionType (by extension)
- PatternFeatureDefinitionBaseType (by extension)
  - PatternFeatureLinearDefinitionType (by extension)
  - PatternFeatureParallelogramDefinitionType (by extension)
  - PatternFeatureCircularArcDefinitionType (by extension)
  - PatternFeatureCircleDefinitionType (by extension)

Name	ShapeFeatureDefinitionBaseType
Abstract	yes
Documentation	The ShapeFeatureDefinitionBaseType is the abstract base type for shape feature definitions. A shape feature definition holds that portion of shape feature nominal information which can be shared among several features, e.g. feature size.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ShapeFeatureDefinitionBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="FeatureDefinitionBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: ShapeFeatureItemBaseType

Super-types:

FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension)

Sub-types:

SurfaceFeatureItemBaseType (by extension)
- ConeFeatureItemType (by extension)
- ConicalSegmentFeatureItemType (by extension)
- CylinderFeatureItemType (by extension)
- CylindricalSegmentFeatureItemType (by extension)
- ElongatedCylinderFeatureItemType (by extension)
- ExtrudedCrossSectionFeatureItemType (by extension)
- OppositeParallelPlanesFeatureItemType (by extension)
- OppositeAngledPlanesFeatureItemType (by extension)
- OtherSurfaceFeatureItemType (by extension)
- PlaneFeatureItemType (by extension)
- PointDefinedSurfaceFeatureItemType (by extension)
- SphereFeatureItemType (by extension)
- SphericalSegmentFeatureItemType (by extension)
- SurfaceOfRevolutionFeatureItemType (by extension)
- ToroidalSegmentFeatureItemType (by extension)
- TorusFeatureItemType (by extension)
CurveFeatureItemBaseType (by extension)
- CircleFeatureItemType (by extension)
- CircularArcFeatureItemType (by extension)
- EllipseFeatureItemType (by extension)
- EllipticalArcFeatureItemType (by extension)
- ElongatedCircleFeatureItemType (by extension)
- LineFeatureItemType (by extension)
- OppositeParallelLinesFeatureItemType (by extension)
- OppositeAngledLinesFeatureItemType (by extension)
- OtherCurveFeatureItemType (by extension)
- PointDefinedCurveFeatureItemType (by extension)
PointFeatureItemBaseType (by extension)
- EdgePointFeatureItemType (by extension)
- PointFeatureItemType (by extension)
SpecifiedFeatureItemBaseType (by extension)
- ThreadedFeatureItemType (by extension)
OtherShapeFeatureItemType (by extension)
GroupFeatureItemType (by extension)
- PatternFeatureItemBaseType (by extension)
  - PatternFeatureLinearItemType (by extension)
  - PatternFeatureParallelogramItemType (by extension)
  - PatternFeatureCircularArcItemType (by extension)
  - PatternFeatureCircleItemType (by extension)

Name	ShapeFeatureItemBaseType
Abstract	yes
Documentation	The ShapeFeatureItemBaseType is the abstract base type for shape feature items. A shape feature item represents a single shape feature with optional nominal data.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ShapeFeatureItemBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="FeatureItemBaseType">

<xs:sequence>

<xs:element name="PointList" type="PointListType" minOccurs="0"/>

<xs:element name="SubstituteFeatureAlgorithm" type="SubstituteFeatureAlgorithmType" minOccurs="0"/>

<xs:element name="VirtualMeasurement" type="VirtualMeasurementType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ShapeFeatureMeasurementBaseType

Super-types:

FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension)

Sub-types:

SurfaceFeatureMeasurementBaseType (by extension)
- ConeFeatureMeasurementType (by extension)
- ConicalSegmentFeatureMeasurementType (by extension)
- CylinderFeatureMeasurementType (by extension)
- CylindricalSegmentFeatureMeasurementType (by extension)
- ElongatedCylinderFeatureMeasurementType (by extension)
- ExtrudedCrossSectionFeatureMeasurementType (by extension)
- OppositeParallelPlanesFeatureMeasurementType (by extension)
- OppositeAngledPlanesFeatureMeasurementType (by extension)
- OtherSurfaceFeatureMeasurementType (by extension)
- PlaneFeatureMeasurementType (by extension)
- PointDefinedSurfaceFeatureMeasurementType (by extension)
- SphereFeatureMeasurementType (by extension)
- SphericalSegmentFeatureMeasurementType (by extension)
- SurfaceOfRevolutionFeatureMeasurementType (by extension)
- ToroidalSegmentFeatureMeasurementType (by extension)
- TorusFeatureMeasurementType (by extension)
CurveFeatureMeasurementBaseType (by extension)
- CircleFeatureMeasurementType (by extension)
- CircularArcFeatureMeasurementType (by extension)
- EllipseFeatureMeasurementType (by extension)
- EllipticalArcFeatureMeasurementType (by extension)
- ElongatedCircleFeatureMeasurementType (by extension)
- LineFeatureMeasurementType (by extension)
- OppositeParallelLinesFeatureMeasurementType (by extension)
- OppositeAngledLinesFeatureMeasurementType (by extension)
- OtherCurveFeatureMeasurementType (by extension)
- PointDefinedCurveFeatureMeasurementType (by extension)
PointFeatureMeasurementBaseType (by extension)
- EdgePointFeatureMeasurementType (by extension)
- PointFeatureMeasurementType (by extension)
SpecifiedFeatureMeasurementBaseType (by extension)
- ThreadedFeatureMeasurementType (by extension)
OtherShapeFeatureMeasurementType (by extension)
GroupFeatureMeasurementType (by extension)

Name	ShapeFeatureMeasurementBaseType
Abstract	yes
Documentation	The ShapeFeatureMeasurementBaseType is the abstract base type for shape feature measurements. A shape feature measurement holds all information for a measured or constructed shape feature, e.g. feature size and feature location.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ShapeFeatureMeasurementBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="FeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="PointList" type="PointListType" minOccurs="0"/>

<xs:element name="SubstituteFeatureAlgorithm" type="SubstituteFeatureAlgorithmType" minOccurs="0"/>

<xs:element name="ProxyMeasurementId" type="QIFReferenceType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ShapeFeatureNominalBaseType

Super-types:

FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension)

Sub-types:

SurfaceFeatureNominalBaseType (by extension)
- ConeFeatureNominalType (by extension)
- ConicalSegmentFeatureNominalType (by extension)
- CylinderFeatureNominalType (by extension)
- CylindricalSegmentFeatureNominalType (by extension)
- ElongatedCylinderFeatureNominalType (by extension)
- ExtrudedCrossSectionFeatureNominalType (by extension)
- OppositeParallelPlanesFeatureNominalType (by extension)
- OppositeAngledPlanesFeatureNominalType (by extension)
- OtherSurfaceFeatureNominalType (by extension)
- PlaneFeatureNominalType (by extension)
- PointDefinedSurfaceFeatureNominalType (by extension)
- SphereFeatureNominalType (by extension)
- SphericalSegmentFeatureNominalType (by extension)
- SurfaceOfRevolutionFeatureNominalType (by extension)
- ToroidalSegmentFeatureNominalType (by extension)
- TorusFeatureNominalType (by extension)
CurveFeatureNominalBaseType (by extension)
- CircleFeatureNominalType (by extension)
- CircularArcFeatureNominalType (by extension)
- EllipseFeatureNominalType (by extension)
- EllipticalArcFeatureNominalType (by extension)
- ElongatedCircleFeatureNominalType (by extension)
- LineFeatureNominalType (by extension)
- OppositeParallelLinesFeatureNominalType (by extension)
- OppositeAngledLinesFeatureNominalType (by extension)
- OtherCurveFeatureNominalType (by extension)
- PointDefinedCurveFeatureNominalType (by extension)
PointFeatureNominalBaseType (by extension)
- EdgePointFeatureNominalType (by extension)
- PointFeatureNominalType (by extension)
SpecifiedFeatureNominalBaseType (by extension)
- ThreadedFeatureNominalType (by extension)
OtherShapeFeatureNominalType (by extension)
GroupFeatureNominalType (by extension)
- PatternFeatureNominalBaseType (by extension)
  - PatternFeatureLinearNominalType (by extension)
  - PatternFeatureParallelogramNominalType (by extension)
  - PatternFeatureCircularArcNominalType (by extension)
  - PatternFeatureCircleNominalType (by extension)

Name	ShapeFeatureNominalBaseType
Abstract	yes
Documentation	The ShapeFeatureNominalBaseType is the abstract base type for shape feature nominals. A shape feature nominal holds that portion of shape feature nominal information which cannot be shared among several features, e.g. feature location.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ShapeFeatureNominalBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="FeatureNominalBaseType">

<xs:sequence>

<xs:element name="PointList" type="PointListType" minOccurs="0"/>

<xs:element name="SubstituteFeatureAlgorithm" type="SubstituteFeatureAlgorithmType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SpecifiedFeatureDefinitionBaseType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < SpecifiedFeatureDefinitionBaseType (by extension)
Sub-types:	ThreadedFeatureDefinitionType (by extension)

Name	SpecifiedFeatureDefinitionBaseType
Abstract	yes
Documentation	The SpecifiedFeatureDefinitionBaseType is the abstract base type for shape feature definitions for features that are defined indirectly by a specification rather than by a direct shape description.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="SpecifiedFeatureDefinitionBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="ShapeFeatureDefinitionBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: SpecifiedFeatureItemBaseType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < SpecifiedFeatureItemBaseType (by extension)
Sub-types:	ThreadedFeatureItemType (by extension)

Name	SpecifiedFeatureItemBaseType
Abstract	yes
Documentation	The SpecifiedFeatureItemBaseType is the abstract base type for shape feature items for features that are defined indirectly by a specification rather than by a direct shape description.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="SpecifiedFeatureItemBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="ShapeFeatureItemBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: SpecifiedFeatureMeasurementBaseType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < SpecifiedFeatureMeasurementBaseType (by extension)
Sub-types:	ThreadedFeatureMeasurementType (by extension)

Name	SpecifiedFeatureMeasurementBaseType
Abstract	yes
Documentation	The SpecifiedFeatureMeasurementBaseType is the abstract base type for shape feature measurements for features that are defined indirectly by a specification rather than by a direct shape description.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="SpecifiedFeatureMeasurementBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="ShapeFeatureMeasurementBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: SpecifiedFeatureNominalBaseType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < SpecifiedFeatureNominalBaseType (by extension)
Sub-types:	ThreadedFeatureNominalType (by extension)

Name	SpecifiedFeatureNominalBaseType
Abstract	yes
Documentation	The SpecifiedFeatureNominalBaseType is the abstract base type for shape feature nominals for features that are defined indirectly by a specification rather than by a direct shape description.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="SpecifiedFeatureNominalBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="ShapeFeatureNominalBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: SphereBestFitType

Super-types:	ConstructionMethodBaseType < SphereBestFitType (by extension)
Sub-types:	None

Name	SphereBestFitType
Abstract	no
Documentation	The SphereBestFitType defines the information for a best-fit sphere which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the sphere.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [4..*] ?

</...>

Schema Component Representation

<xs:complexType name="SphereBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="4" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SphereCastType

Super-types:	ConstructionMethodBaseType < SphereCastType (by extension)
Sub-types:	None

Name	SphereCastType
Abstract	no
Documentation	The SphereCastType defines the cast of another feature type to a sphere. The location and size are copied from the base feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="SphereCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SphereCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	SphereCheckedFeatureType
Abstract	no
Documentation	The SphereCheckedFeatureType defines that a sphere feature is checked.

XML Instance Representation

<...>

<CheckDetails> SphereCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="SphereCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="SphereCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: SphereCheckedType

Super-types:	None
Sub-types:	None

Name	SphereCheckedType
Abstract	no
Documentation	The SphereCheckedType defines how the sphere measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> SphereConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="SphereCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="SphereConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: SphereConstructionMethodType

Super-types:	None
Sub-types:	None

Name	SphereConstructionMethodType
Abstract	no
Documentation	The SphereConstructionMethodType defines the method for constructing a unique nominal or measured sphere feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> SphereBestFitType </BestFit> [1] ?

<Recompensated> SphereRecompType </Recompensated> [1] ?

<Copy> SphereCopyType </Copy> [1] ?

<Cast> SphereCastType </Cast> [1] ?

<Transform> SphereTransformType </Transform> [1] ?

<FromScan> SphereFromScanType </FromScan> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="SphereConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="SphereBestFitType"/>

<xs:element name="Recompensated" type="SphereRecompType"/>

<xs:element name="Copy" type="SphereCopyType"/>

<xs:element name="Cast" type="SphereCastType"/>

<xs:element name="Transform" type="SphereTransformType"/>

<xs:element name="FromScan" type="SphereFromScanType"/>

</xs:choice>

</xs:complexType>

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Complex Type: SphereCopyType

Super-types:	ConstructionMethodBaseType < SphereCopyType (by extension)
Sub-types:	None

Name	SphereCopyType
Abstract	no
Documentation	The SphereCopyType defines a copied sphere construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseSphere> BaseFeatureType </BaseSphere> [1] ?

</...>

Schema Component Representation

<xs:complexType name="SphereCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseSphere" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SphereFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < SurfaceFeatureDefinitionBaseType (by extension) < SphereFeatureDefinitionType (by extension)
Sub-types:	None

Name	SphereFeatureDefinitionType
Abstract	no
Documentation	The SphereFeatureDefinitionType defines the sphere feature nominal information that can be common to one or more sphere features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Diameter> LinearValueType </Diameter> [1] ?

</...>

Schema Component Representation

<xs:complexType name="SphereFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="Diameter" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SphereFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < SurfaceFeatureItemBaseType (by extension) < SphereFeatureItemType (by extension)
Sub-types:	None

Name	SphereFeatureItemType
Abstract	no
Documentation	The SphereFeatureItemType defines an individual sphere feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> SphereMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="SphereFeatureItemType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="SphereMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SphereFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < SurfaceFeatureMeasurementBaseType (by extension) < SphereFeatureMeasurementType (by extension)
Sub-types:	None

Name	SphereFeatureMeasurementType
Abstract	no
Documentation	The SphereFeatureMeasurementType defines the sphere feature measurement information for an individual sphere feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Location> MeasuredPointType </Location> [0..1] ?

<Diameter> MeasuredLinearValueType </Diameter> [0..1] ?

<DiameterMin> MeasuredLinearValueType </DiameterMin> [0..1] ?

<DiameterMax> MeasuredLinearValueType </DiameterMax> [0..1] ?

<LatitudeLongitudeSweepMeasurementRange> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweepMeasurementRange> [0..1] ?

<LatitudeLongitudeSweepFull> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweepFull> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="SphereFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Location" type="MeasuredPointType" minOccurs="0"/>

<xs:element name="Diameter" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DiameterMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DiameterMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="LatitudeLongitudeSweepMeasurementRange" type="OrientedLatitudeLongitudeSweepType" minOccurs="0"/>

<xs:element name="LatitudeLongitudeSweepFull" type="OrientedLatitudeLongitudeSweepType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SphereFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < SurfaceFeatureNominalBaseType (by extension) < SphereFeatureNominalType (by extension)
Sub-types:	None

Name	SphereFeatureNominalType
Abstract	no
Documentation	The SphereFeatureNominalType defines the sphere feature nominal information for an individual sphere feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Location> PointType </Location> [1] ?

<LatitudeLongitudeSweep> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweep> [0..1] ?

<Constructed> SphereConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="SphereFeatureNominalType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Location" type="PointType"/>

<xs:element name="LatitudeLongitudeSweep" type="OrientedLatitudeLongitudeSweepType" minOccurs="0"/>

<xs:element name="Constructed" type="SphereConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SphereFromScanType

Super-types:	ConstructionMethodBaseType < SphereFromScanType (by extension)
Sub-types:	None

Name	SphereFromScanType
Abstract	no
Documentation	The SphereFromScanType defines a sphere construction by the retrieval of a sphere from a scanned surface feature (point cloud).

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<SurfaceFeature> BaseFeatureType </SurfaceFeature> [1] ?

<SearchRadius> LinearValueType </SearchRadius> [1] ?

<Vector> UnitVectorType </Vector> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="SphereFromScanType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="SurfaceFeature" type="BaseFeatureType"/>

<xs:element name="SearchRadius" type="LinearValueType"/>

<xs:element name="Vector" type="UnitVectorType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SphereMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	SphereMeasurementDeterminationType
Abstract	no
Documentation	The SphereMeasurementDeterminationType defines how the sphere measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> SphereCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="SphereMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="SphereCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: SphereRecompType

Super-types:	ConstructionMethodBaseType < SphereRecompType (by extension)
Sub-types:	None

Name	SphereRecompType
Abstract	no
Documentation	The SphereRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit sphere through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="SphereRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SphereTransformType

Super-types:	ConstructionMethodBaseType < SphereTransformType (by extension)
Sub-types:	None

Name	SphereTransformType
Abstract	no
Documentation	The SphereTransformType defines a sphere construction by the transformation of a sphere through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseSphere> BaseFeatureType </BaseSphere> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="SphereTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseSphere" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SphericalSegmentBestFitType

Super-types:	ConstructionMethodBaseType < SphericalSegmentBestFitType (by extension)
Sub-types:	None

Name	SphericalSegmentBestFitType
Abstract	no
Documentation	The SphericalSegmentBestFitType defines the information for a best-fit spherical segment which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the spherical segment.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [4..*] ?

</...>

Schema Component Representation

<xs:complexType name="SphericalSegmentBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="4" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SphericalSegmentCastType

Super-types:	ConstructionMethodBaseType < SphericalSegmentCastType (by extension)
Sub-types:	None

Name	SphericalSegmentCastType
Abstract	no
Documentation	The SphericalSegmentCastType defines the cast of another feature type to a spherical segment. The location, axis and size are copied from the base feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="SphericalSegmentCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SphericalSegmentCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	SphericalSegmentCheckedFeatureType
Abstract	no
Documentation	The SphericalSegmentCheckedFeatureType defines that a spherical segment feature is checked.

XML Instance Representation

<...>

<CheckDetails> SphericalSegmentCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="SphericalSegmentCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="SphericalSegmentCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: SphericalSegmentCheckedType

Super-types:	None
Sub-types:	None

Name	SphericalSegmentCheckedType
Abstract	no
Documentation	The SphericalSegmentCheckedType defines how the spherical segment measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> SphericalSegmentConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="SphericalSegmentCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="SphericalSegmentConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: SphericalSegmentConstructionMethodType

Super-types:	None
Sub-types:	None

Name	SphericalSegmentConstructionMethodType
Abstract	no
Documentation	The SphericalSegmentConstructionMethodType defines the method for constructing a unique nominal or measured spherical segment feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> SphericalSegmentBestFitType </BestFit> [1] ?

<Recompensated> SphericalSegmentRecompType </Recompensated> [1] ?

<Copy> SphericalSegmentCopyType </Copy> [1] ?

<Cast> SphericalSegmentCastType </Cast> [1] ?

<Transform> SphericalSegmentTransformType </Transform> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="SphericalSegmentConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="SphericalSegmentBestFitType"/>

<xs:element name="Recompensated" type="SphericalSegmentRecompType"/>

<xs:element name="Copy" type="SphericalSegmentCopyType"/>

<xs:element name="Cast" type="SphericalSegmentCastType"/>

<xs:element name="Transform" type="SphericalSegmentTransformType"/>

</xs:choice>

</xs:complexType>

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Complex Type: SphericalSegmentCopyType

Super-types:	ConstructionMethodBaseType < SphericalSegmentCopyType (by extension)
Sub-types:	None

Name	SphericalSegmentCopyType
Abstract	no
Documentation	The SphericalSegmentCopyType defines a copied spherical segment construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseSphericalSegment> BaseFeatureType </BaseSphericalSegment> [1] ?

</...>

Schema Component Representation

<xs:complexType name="SphericalSegmentCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseSphericalSegment" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SphericalSegmentFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < SurfaceFeatureDefinitionBaseType (by extension) < SphericalSegmentFeatureDefinitionType (by extension)
Sub-types:	None

Name	SphericalSegmentFeatureDefinitionType
Abstract	no
Documentation	The SphericalSegmentFeatureDefinitionType defines the spherical segment feature nominal information that can be common to one or more spherical segment features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Diameter> LinearValueType </Diameter> [1] ?

</...>

Schema Component Representation

<xs:complexType name="SphericalSegmentFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="Diameter" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SphericalSegmentFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < SurfaceFeatureItemBaseType (by extension) < SphericalSegmentFeatureItemType (by extension)
Sub-types:	None

Name	SphericalSegmentFeatureItemType
Abstract	no
Documentation	The SphericalSegmentFeatureItemType defines an individual spherical segment feature. A spherical segment is a portion of a sphere like the surface in the corner intersection of three filleted planes.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> SphericalSegmentMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="SphericalSegmentFeatureItemType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="SphericalSegmentMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SphericalSegmentFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < SurfaceFeatureMeasurementBaseType (by extension) < SphericalSegmentFeatureMeasurementType (by extension)
Sub-types:	None

Name	SphericalSegmentFeatureMeasurementType
Abstract	no
Documentation	The SphericalSegmentFeatureMeasurementType defines the spherical segment feature measurement information for an individual spherical segment feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Location> MeasuredPointType </Location> [0..1] ?

<Diameter> MeasuredLinearValueType </Diameter> [0..1] ?

<DiameterMin> MeasuredLinearValueType </DiameterMin> [0..1] ?

<DiameterMax> MeasuredLinearValueType </DiameterMax> [0..1] ?

<LatitudeLongitudeSweepMeasurementRange> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweepMeasurementRange> [0..1] ?

<LatitudeLongitudeSweepFull> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweepFull> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="SphericalSegmentFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Location" type="MeasuredPointType" minOccurs="0"/>

<xs:element name="Diameter" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DiameterMin" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="DiameterMax" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="LatitudeLongitudeSweepMeasurementRange" type="OrientedLatitudeLongitudeSweepType" minOccurs="0"/>

<xs:element name="LatitudeLongitudeSweepFull" type="OrientedLatitudeLongitudeSweepType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SphericalSegmentFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < SurfaceFeatureNominalBaseType (by extension) < SphericalSegmentFeatureNominalType (by extension)
Sub-types:	None

Name	SphericalSegmentFeatureNominalType
Abstract	no
Documentation	The SphericalSegmentFeatureNominalType defines the spherical segment feature nominal information for an individual spherical segment feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Location> PointType </Location> [1] ?

<LatitudeLongitudeSweep> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweep> [1] ?

<Constructed> SphericalSegmentConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="SphericalSegmentFeatureNominalType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Location" type="PointType"/>

<xs:element name="LatitudeLongitudeSweep" type="OrientedLatitudeLongitudeSweepType"/>

<xs:element name="Constructed" type="SphericalSegmentConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SphericalSegmentMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	SphericalSegmentMeasurementDeterminationType
Abstract	no
Documentation	The SphericalSegmentMeasurementDeterminationType defines how the spherical segment measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> SphericalSegmentCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="SphericalSegmentMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="SphericalSegmentCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: SphericalSegmentRecompType

Super-types:	ConstructionMethodBaseType < SphericalSegmentRecompType (by extension)
Sub-types:	None

Name	SphericalSegmentRecompType
Abstract	no
Documentation	The SphericalSegmentRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit spherical segment through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="SphericalSegmentRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SphericalSegmentTransformType

Super-types:	ConstructionMethodBaseType < SphericalSegmentTransformType (by extension)
Sub-types:	None

Name	SphericalSegmentTransformType
Abstract	no
Documentation	The SphericalSegmentTransformType defines a spherical segment construction by the transformation of a spherical segment through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseSphericalSegment> BaseFeatureType </BaseSphericalSegment> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="SphericalSegmentTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseSphericalSegment" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SurfaceFeatureDefinitionBaseType

Super-types:

FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < SurfaceFeatureDefinitionBaseType (by extension)

Sub-types:

ConeFeatureDefinitionType (by extension)
ConicalSegmentFeatureDefinitionType (by extension)
CylinderFeatureDefinitionType (by extension)
CylindricalSegmentFeatureDefinitionType (by extension)
ElongatedCylinderFeatureDefinitionType (by extension)
ExtrudedCrossSectionFeatureDefinitionType (by extension)
OppositeParallelPlanesFeatureDefinitionType (by extension)
OppositeAngledPlanesFeatureDefinitionType (by extension)
OtherSurfaceFeatureDefinitionType (by extension)
PlaneFeatureDefinitionType (by extension)
PointDefinedSurfaceFeatureDefinitionType (by extension)
SphereFeatureDefinitionType (by extension)
SphericalSegmentFeatureDefinitionType (by extension)
SurfaceOfRevolutionFeatureDefinitionType (by extension)
ToroidalSegmentFeatureDefinitionType (by extension)
TorusFeatureDefinitionType (by extension)

Name	SurfaceFeatureDefinitionBaseType
Abstract	yes
Documentation	The SurfaceFeatureDefinitionBaseType is the abstract base type for shape feature definitions for features composed of surfaces.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="SurfaceFeatureDefinitionBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="ShapeFeatureDefinitionBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: SurfaceFeatureItemBaseType

Super-types:

FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < SurfaceFeatureItemBaseType (by extension)

Sub-types:

ConeFeatureItemType (by extension)
ConicalSegmentFeatureItemType (by extension)
CylinderFeatureItemType (by extension)
CylindricalSegmentFeatureItemType (by extension)
ElongatedCylinderFeatureItemType (by extension)
ExtrudedCrossSectionFeatureItemType (by extension)
OppositeParallelPlanesFeatureItemType (by extension)
OppositeAngledPlanesFeatureItemType (by extension)
OtherSurfaceFeatureItemType (by extension)
PlaneFeatureItemType (by extension)
PointDefinedSurfaceFeatureItemType (by extension)
SphereFeatureItemType (by extension)
SphericalSegmentFeatureItemType (by extension)
SurfaceOfRevolutionFeatureItemType (by extension)
ToroidalSegmentFeatureItemType (by extension)
TorusFeatureItemType (by extension)

Name	SurfaceFeatureItemBaseType
Abstract	yes
Documentation	The SurfaceFeatureItemBaseType is the abstract base type for shape feature items for features composed of surfaces.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="SurfaceFeatureItemBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="ShapeFeatureItemBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: SurfaceFeatureMeasurementBaseType

Super-types:

FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < SurfaceFeatureMeasurementBaseType (by extension)

Sub-types:

ConeFeatureMeasurementType (by extension)
ConicalSegmentFeatureMeasurementType (by extension)
CylinderFeatureMeasurementType (by extension)
CylindricalSegmentFeatureMeasurementType (by extension)
ElongatedCylinderFeatureMeasurementType (by extension)
ExtrudedCrossSectionFeatureMeasurementType (by extension)
OppositeParallelPlanesFeatureMeasurementType (by extension)
OppositeAngledPlanesFeatureMeasurementType (by extension)
OtherSurfaceFeatureMeasurementType (by extension)
PlaneFeatureMeasurementType (by extension)
PointDefinedSurfaceFeatureMeasurementType (by extension)
SphereFeatureMeasurementType (by extension)
SphericalSegmentFeatureMeasurementType (by extension)
SurfaceOfRevolutionFeatureMeasurementType (by extension)
ToroidalSegmentFeatureMeasurementType (by extension)
TorusFeatureMeasurementType (by extension)

Name	SurfaceFeatureMeasurementBaseType
Abstract	yes
Documentation	The SurfaceFeatureMeasurementBaseType is the abstract base type for shape feature measurements for features composed of surfaces.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="SurfaceFeatureMeasurementBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="ShapeFeatureMeasurementBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: SurfaceFeatureNominalBaseType

Super-types:

FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < SurfaceFeatureNominalBaseType (by extension)

Sub-types:

ConeFeatureNominalType (by extension)
ConicalSegmentFeatureNominalType (by extension)
CylinderFeatureNominalType (by extension)
CylindricalSegmentFeatureNominalType (by extension)
ElongatedCylinderFeatureNominalType (by extension)
ExtrudedCrossSectionFeatureNominalType (by extension)
OppositeParallelPlanesFeatureNominalType (by extension)
OppositeAngledPlanesFeatureNominalType (by extension)
OtherSurfaceFeatureNominalType (by extension)
PlaneFeatureNominalType (by extension)
PointDefinedSurfaceFeatureNominalType (by extension)
SphereFeatureNominalType (by extension)
SphericalSegmentFeatureNominalType (by extension)
SurfaceOfRevolutionFeatureNominalType (by extension)
ToroidalSegmentFeatureNominalType (by extension)
TorusFeatureNominalType (by extension)

Name	SurfaceFeatureNominalBaseType
Abstract	yes
Documentation	The SurfaceFeatureNominalBaseType is the abstract base type for shape feature nominals for features composed of surfaces.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="SurfaceFeatureNominalBaseType" abstract="true">

<xs:complexContent>

<xs:extension base="ShapeFeatureNominalBaseType"/>

</xs:complexContent>

</xs:complexType>

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Complex Type: SurfaceOfRevolutionBestFitType

Super-types:	ConstructionMethodBaseType < SurfaceOfRevolutionBestFitType (by extension)
Sub-types:	None

Name	SurfaceOfRevolutionBestFitType
Abstract	no
Documentation	The SurfaceOfRevolutionBestFitType defines the information for a best-fit surface of revolution which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the surface of revolution.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [6..*] ?

</...>

Schema Component Representation

<xs:complexType name="SurfaceOfRevolutionBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="6" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SurfaceOfRevolutionCastType

Super-types:	ConstructionMethodBaseType < SurfaceOfRevolutionCastType (by extension)
Sub-types:	None

Name	SurfaceOfRevolutionCastType
Abstract	no
Documentation	The SurfaceOfRevolutionCastType defines the cast of another feature type to a surface of revolution. The location, axis and size are copied from the base feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="SurfaceOfRevolutionCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SurfaceOfRevolutionCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	SurfaceOfRevolutionCheckedFeatureType
Abstract	no
Documentation	The SurfaceOfRevolutionCheckedFeatureType defines that a surface of revolution feature is checked.

XML Instance Representation

<...>

<CheckDetails> SurfaceOfRevolutionCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="SurfaceOfRevolutionCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="SurfaceOfRevolutionCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: SurfaceOfRevolutionCheckedType

Super-types:	None
Sub-types:	None

Name	SurfaceOfRevolutionCheckedType
Abstract	no
Documentation	The SurfaceOfRevolutionCheckedType defines how the surface of revolution measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> SurfaceOfRevolutionConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="SurfaceOfRevolutionCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="SurfaceOfRevolutionConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: SurfaceOfRevolutionConstructionMethodType

Super-types:	None
Sub-types:	None

Name	SurfaceOfRevolutionConstructionMethodType
Abstract	no
Documentation	The SurfaceOfRevolutionConstructionMethodType defines the method for constructing a unique nominal or measured surface of revolution feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> SurfaceOfRevolutionBestFitType </BestFit> [1] ?

<Recompensated> SurfaceOfRevolutionRecompType </Recompensated> [1] ?

<Copy> SurfaceOfRevolutionCopyType </Copy> [1] ?

<Cast> SurfaceOfRevolutionCastType </Cast> [1] ?

<Transform> SurfaceOfRevolutionTransformType </Transform> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="SurfaceOfRevolutionConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="SurfaceOfRevolutionBestFitType"/>

<xs:element name="Recompensated" type="SurfaceOfRevolutionRecompType"/>

<xs:element name="Copy" type="SurfaceOfRevolutionCopyType"/>

<xs:element name="Cast" type="SurfaceOfRevolutionCastType"/>

<xs:element name="Transform" type="SurfaceOfRevolutionTransformType"/>

</xs:choice>

</xs:complexType>

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Complex Type: SurfaceOfRevolutionCopyType

Super-types:	ConstructionMethodBaseType < SurfaceOfRevolutionCopyType (by extension)
Sub-types:	None

Name	SurfaceOfRevolutionCopyType
Abstract	no
Documentation	The SurfaceOfRevolutionCopyType defines a copied surface of revolution construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseSurfaceOfRevolution> BaseFeatureType </BaseSurfaceOfRevolution> [1] ?

</...>

Schema Component Representation

<xs:complexType name="SurfaceOfRevolutionCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseSurfaceOfRevolution" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SurfaceOfRevolutionFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < SurfaceFeatureDefinitionBaseType (by extension) < SurfaceOfRevolutionFeatureDefinitionType (by extension)
Sub-types:	None

Name	SurfaceOfRevolutionFeatureDefinitionType
Abstract	no
Documentation	The SurfaceOfRevolutionFeatureDefinitionType defines the surface of revolution feature nominal information that can be common to one or more surface of revolution features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<Length> LinearValueType </Length> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="SurfaceOfRevolutionFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="Length" type="LinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SurfaceOfRevolutionFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < SurfaceFeatureItemBaseType (by extension) < SurfaceOfRevolutionFeatureItemType (by extension)
Sub-types:	None

Name	SurfaceOfRevolutionFeatureItemType
Abstract	no
Documentation	The SurfaceOfRevolutionFeatureItemType defines an individual surface of revolution feature. A surface of revolution feature is defined by sweeping a planar curve through an angle about an axis. The angle may be a full circle. The axis has a start point. The surface has a length that is measured along the axis. The curve being swept must lie in a plane that contains the axis of the surface of revolution. The line which is perpendicular to the axis at the start point of the axis and lies in the plane of the curve must intersect or be tangent to the curve. The surface that is formed consists of those points that lie on the surface formed by sweeping the curve and also lie between (1) the plane perpendicular to the axis at the start point and (2) the plane perpendicular to the axis a distance length from the start point in the direction of the axis.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> SurfaceOfRevolutionMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="SurfaceOfRevolutionFeatureItemType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="SurfaceOfRevolutionMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SurfaceOfRevolutionFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < SurfaceFeatureMeasurementBaseType (by extension) < SurfaceOfRevolutionFeatureMeasurementType (by extension)
Sub-types:	None

Name	SurfaceOfRevolutionFeatureMeasurementType
Abstract	no
Documentation	The SurfaceOfRevolutionFeatureMeasurementType defines the surface of revolution feature measurement information for an individual surface of revolution feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Axis> MeasuredAxisType </Axis> [0..1] ?

<SweepMeasurementRange> SweepType </SweepMeasurementRange> [0..1] ?

<SweepFull> SweepType </SweepFull> [0..1] ?

<Length> MeasuredLinearValueType </Length> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="SurfaceOfRevolutionFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Axis" type="MeasuredAxisType" minOccurs="0"/>

<xs:element name="SweepMeasurementRange" type="SweepType" minOccurs="0"/>

<xs:element name="SweepFull" type="SweepType" minOccurs="0"/>

<xs:element name="Length" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SurfaceOfRevolutionFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < SurfaceFeatureNominalBaseType (by extension) < SurfaceOfRevolutionFeatureNominalType (by extension)
Sub-types:	None

Name	SurfaceOfRevolutionFeatureNominalType
Abstract	no
Documentation	The SurfaceOfRevolutionFeatureNominalType defines the nominal information for an individual surface of revolution feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Axis> AxisType </Axis> [1] ?

<Sweep> SweepType </Sweep> [0..1] ?

<ReferenceFeatureNominalId> QIFReferenceFullType </ReferenceFeatureNominalId> [0..1] ?

<Constructed> SurfaceOfRevolutionConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="SurfaceOfRevolutionFeatureNominalType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Axis" type="AxisType"/>

<xs:element name="Sweep" type="SweepType" minOccurs="0"/>

<xs:element name="ReferenceFeatureNominalId" type="QIFReferenceFullType" minOccurs="0"/>

<xs:element name="Constructed" type="SurfaceOfRevolutionConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SurfaceOfRevolutionMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	SurfaceOfRevolutionMeasurementDeterminationType
Abstract	no
Documentation	The SurfaceOfRevolutionMeasurementDeterminationType defines how the surface of revolution measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> SurfaceOfRevolutionCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="SurfaceOfRevolutionMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="SurfaceOfRevolutionCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: SurfaceOfRevolutionRecompType

Super-types:	ConstructionMethodBaseType < SurfaceOfRevolutionRecompType (by extension)
Sub-types:	None

Name	SurfaceOfRevolutionRecompType
Abstract	no
Documentation	The SurfaceOfRevolutionRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit surface of revolution through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="SurfaceOfRevolutionRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: SurfaceOfRevolutionTransformType

Super-types:	ConstructionMethodBaseType < SurfaceOfRevolutionTransformType (by extension)
Sub-types:	None

Name	SurfaceOfRevolutionTransformType
Abstract	no
Documentation	The SurfaceOfRevolutionTransformType defines a surface of revolution construction by the transformation of a surface of revolution through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseSurfaceOfRevolution> BaseFeatureType </BaseSurfaceOfRevolution> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="SurfaceOfRevolutionTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseSurfaceOfRevolution" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ThreadedFeatureBestFitType

Super-types:	ConstructionMethodBaseType < ThreadedFeatureBestFitType (by extension)
Sub-types:	None

Name	ThreadedFeatureBestFitType
Abstract	no
Documentation	The ThreadedFeatureBestFitType defines the information for a best-fit threaded feature which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the threaded feature.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [6..*] ?

</...>

Schema Component Representation

<xs:complexType name="ThreadedFeatureBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="6" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ThreadedFeatureCastType

Super-types:	ConstructionMethodBaseType < ThreadedFeatureCastType (by extension)
Sub-types:	None

Name	ThreadedFeatureCastType
Abstract	no
Documentation	The ThreadedFeatureCastType defines the cast of another feature type to a threaded feature. The location, axis and size are copied from the base feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ThreadedFeatureCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ThreadedFeatureCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	ThreadedFeatureCheckedFeatureType
Abstract	no
Documentation	The ThreadedFeatureCheckedFeatureType defines that a threaded feature is checked.

XML Instance Representation

<...>

<CheckDetails> ThreadedFeatureCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ThreadedFeatureCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="ThreadedFeatureCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: ThreadedFeatureCheckedType

Super-types:	None
Sub-types:	None

Name	ThreadedFeatureCheckedType
Abstract	no
Documentation	The ThreadedFeatureCheckedType defines how the threaded feature measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> ThreadedFeatureConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ThreadedFeatureCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="ThreadedFeatureConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ThreadedFeatureConstructionMethodType

Super-types:	None
Sub-types:	None

Name	ThreadedFeatureConstructionMethodType
Abstract	no
Documentation	The ThreadedFeatureConstructionMethodType defines the method for constructing a unique nominal or measured threaded feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> ThreadedFeatureBestFitType </BestFit> [1] ?

<Recompensated> ThreadedFeatureRecompType </Recompensated> [1] ?

<Copy> ThreadedFeatureCopyType </Copy> [1] ?

<Cast> ThreadedFeatureCastType </Cast> [1] ?

<Transform> ThreadedFeatureTransformType </Transform> [1] ?

<FromCylinder> ThreadedFeatureFromCylinderType </FromCylinder> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ThreadedFeatureConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="ThreadedFeatureBestFitType"/>

<xs:element name="Recompensated" type="ThreadedFeatureRecompType"/>

<xs:element name="Copy" type="ThreadedFeatureCopyType"/>

<xs:element name="Cast" type="ThreadedFeatureCastType"/>

<xs:element name="Transform" type="ThreadedFeatureTransformType"/>

<xs:element name="FromCylinder" type="ThreadedFeatureFromCylinderType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ThreadedFeatureCopyType

Super-types:	ConstructionMethodBaseType < ThreadedFeatureCopyType (by extension)
Sub-types:	None

Name	ThreadedFeatureCopyType
Abstract	no
Documentation	The ThreadedFeatureCopyType defines a copied threaded feature construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseThreadedFeature> BaseFeatureType </BaseThreadedFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ThreadedFeatureCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseThreadedFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ThreadedFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < SpecifiedFeatureDefinitionBaseType (by extension) < ThreadedFeatureDefinitionType (by extension)
Sub-types:	None

Name	ThreadedFeatureDefinitionType
Abstract	no
Documentation	The ThreadedFeatureDefinitionType defines the threaded feature nominal information that can be common to one or more threaded features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<ThreadSpecificationId> QIFReferenceType </ThreadSpecificationId> [1] ?

<Length> LinearValueType </Length> [0..1] ?

<Bottom> BottomType </Bottom> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ThreadedFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="SpecifiedFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="ThreadSpecificationId" type="QIFReferenceType"/>

<xs:element name="Length" type="LinearValueType" minOccurs="0"/>

<xs:element name="Bottom" type="BottomType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ThreadedFeatureFromCylinderType

Super-types:	ConstructionMethodBaseType < ThreadedFeatureFromCylinderType (by extension)
Sub-types:	None

Name	ThreadedFeatureFromCylinderType
Abstract	no
Documentation	The ThreadedFeatureFromCylinderType defines the construction of a threaded feature from a cylinder. This construction is used to associate the location and axis of a measured joe plug with a threaded feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseCylinder> BaseFeatureType </BaseCylinder> [1] ?

<Offset> LinearValueType </Offset> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ThreadedFeatureFromCylinderType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseCylinder" type="BaseFeatureType"/>

<xs:element name="Offset" type="LinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ThreadedFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < SpecifiedFeatureItemBaseType (by extension) < ThreadedFeatureItemType (by extension)
Sub-types:	None

Name	ThreadedFeatureItemType
Abstract	no
Documentation	The ThreadedFeatureItemType defines an individual threaded feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> ThreadedFeatureMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ThreadedFeatureItemType">

<xs:complexContent>

<xs:extension base="SpecifiedFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="ThreadedFeatureMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ThreadedFeatureMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	ThreadedFeatureMeasurementDeterminationType
Abstract	no
Documentation	The ThreadedFeatureMeasurementDeterminationType defines how the threaded feature measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> ThreadedFeatureCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ThreadedFeatureMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="ThreadedFeatureCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ThreadedFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < SpecifiedFeatureMeasurementBaseType (by extension) < ThreadedFeatureMeasurementType (by extension)
Sub-types:	None

Name	ThreadedFeatureMeasurementType
Abstract	no
Documentation	The ThreadedFeatureMeasurementType defines the threaded feature measurement information for an individual threaded feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Axis> MeasuredAxisType </Axis> [0..1] ?

<PitchDiameter> MeasuredLinearValueType </PitchDiameter> [0..1] ?

<FunctionalSize> MeasuredLinearValueType </FunctionalSize> [0..1] ?

<Length> MeasuredLinearValueType </Length> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ThreadedFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="SpecifiedFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Axis" type="MeasuredAxisType" minOccurs="0"/>

<xs:element name="PitchDiameter" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="FunctionalSize" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="Length" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ThreadedFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < SpecifiedFeatureNominalBaseType (by extension) < ThreadedFeatureNominalType (by extension)
Sub-types:	None

Name	ThreadedFeatureNominalType
Abstract	no
Documentation	The ThreadedFeatureNominalType defines the threaded feature nominal information for an individual threaded feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Axis> AxisType </Axis> [1] ?

<Constructed> ThreadedFeatureConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ThreadedFeatureNominalType">

<xs:complexContent>

<xs:extension base="SpecifiedFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Axis" type="AxisType"/>

<xs:element name="Constructed" type="ThreadedFeatureConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ThreadedFeatureRecompType

Super-types:	ConstructionMethodBaseType < ThreadedFeatureRecompType (by extension)
Sub-types:	None

Name	ThreadedFeatureRecompType
Abstract	no
Documentation	The ThreadedFeatureRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit threaded feature through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ThreadedFeatureRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ThreadedFeatureTransformType

Super-types:	ConstructionMethodBaseType < ThreadedFeatureTransformType (by extension)
Sub-types:	None

Name	ThreadedFeatureTransformType
Abstract	no
Documentation	The ThreadedFeatureTransformType defines a threaded feature construction by the transformation of a threaded feature through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseThreadedFeature> BaseFeatureType </BaseThreadedFeature> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ThreadedFeatureTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseThreadedFeature" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ToroidalSegmentBestFitType

Super-types:	ConstructionMethodBaseType < ToroidalSegmentBestFitType (by extension)
Sub-types:	None

Name	ToroidalSegmentBestFitType
Abstract	no
Documentation	The ToroidalSegmentBestFitType defines the information for a best-fit toroidal segment which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the toroidal segment.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [9..*] ?

</...>

Schema Component Representation

<xs:complexType name="ToroidalSegmentBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="9" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ToroidalSegmentCastType

Super-types:	ConstructionMethodBaseType < ToroidalSegmentCastType (by extension)
Sub-types:	None

Name	ToroidalSegmentCastType
Abstract	no
Documentation	The ToroidalSegmentCastType defines the cast of another feature type to a toroidal segment. The location, axis and sizes are copied from the base feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ToroidalSegmentCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ToroidalSegmentCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	ToroidalSegmentCheckedFeatureType
Abstract	no
Documentation	The ToroidalSegmentCheckedFeatureType defines that a toroidal segment feature is checked.

XML Instance Representation

<...>

<CheckDetails> ToroidalSegmentCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ToroidalSegmentCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="ToroidalSegmentCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: ToroidalSegmentCheckedType

Super-types:	None
Sub-types:	None

Name	ToroidalSegmentCheckedType
Abstract	no
Documentation	The ToroidalSegmentCheckedType defines how the toroidal segment measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> ToroidalSegmentConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ToroidalSegmentCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="ToroidalSegmentConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ToroidalSegmentConstructionMethodType

Super-types:	None
Sub-types:	None

Name	ToroidalSegmentConstructionMethodType
Abstract	no
Documentation	The ToroidalSegmentConstructionMethodType defines the method for constructing a unique nominal or measured toroidal segment feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> ToroidalSegmentBestFitType </BestFit> [1] ?

<Recompensated> ToroidalSegmentRecompType </Recompensated> [1] ?

<Copy> ToroidalSegmentCopyType </Copy> [1] ?

<Cast> ToroidalSegmentCastType </Cast> [1] ?

<Transform> ToroidalSegmentTransformType </Transform> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ToroidalSegmentConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="ToroidalSegmentBestFitType"/>

<xs:element name="Recompensated" type="ToroidalSegmentRecompType"/>

<xs:element name="Copy" type="ToroidalSegmentCopyType"/>

<xs:element name="Cast" type="ToroidalSegmentCastType"/>

<xs:element name="Transform" type="ToroidalSegmentTransformType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ToroidalSegmentCopyType

Super-types:	ConstructionMethodBaseType < ToroidalSegmentCopyType (by extension)
Sub-types:	None

Name	ToroidalSegmentCopyType
Abstract	no
Documentation	The ToroidalSegmentCopyType defines a copied toroidal segment construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseToroidalSegment> BaseFeatureType </BaseToroidalSegment> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ToroidalSegmentCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseToroidalSegment" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ToroidalSegmentFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < SurfaceFeatureDefinitionBaseType (by extension) < ToroidalSegmentFeatureDefinitionType (by extension)
Sub-types:	None

Name	ToroidalSegmentFeatureDefinitionType
Abstract	no
Documentation	The ToroidalSegmentFeatureDefinitionType defines the toroidal segment feature nominal information that can be common to one or more toroidal segment features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<MinorDiameter> LinearValueType </MinorDiameter> [1] ?

<MajorDiameter> LinearValueType </MajorDiameter> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ToroidalSegmentFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="MinorDiameter" type="LinearValueType"/>

<xs:element name="MajorDiameter" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ToroidalSegmentFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < SurfaceFeatureItemBaseType (by extension) < ToroidalSegmentFeatureItemType (by extension)
Sub-types:	None

Name	ToroidalSegmentFeatureItemType
Abstract	no
Documentation	The ToroidalSegmentFeatureItemType defines an individual toroidal segment feature. A toroidal segment feature is a partial torus such as the fillet surface between a cylinder and a plane.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> ToroidalSegmentMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ToroidalSegmentFeatureItemType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="ToroidalSegmentMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ToroidalSegmentFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < SurfaceFeatureMeasurementBaseType (by extension) < ToroidalSegmentFeatureMeasurementType (by extension)
Sub-types:	None

Name	ToroidalSegmentFeatureMeasurementType
Abstract	no
Documentation	The ToroidalSegmentFeatureMeasurementType defines the toroidal segment feature measurement information for an individual toroidal segment feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Location> MeasuredPointType </Location> [0..1] ?

<AxisVector> MeasuredUnitVectorType </AxisVector> [0..1] ?

<MinorDiameter> MeasuredLinearValueType </MinorDiameter> [0..1] ?

<MajorDiameter> MeasuredLinearValueType </MajorDiameter> [0..1] ?

<LatitudeLongitudeSweepMeasurementRange> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweepMeasurementRange> [0..1] ?

<LatitudeLongitudeSweepFull> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweepFull> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ToroidalSegmentFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Location" type="MeasuredPointType" minOccurs="0"/>

<xs:element name="AxisVector" type="MeasuredUnitVectorType" minOccurs="0"/>

<xs:element name="MinorDiameter" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="MajorDiameter" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="LatitudeLongitudeSweepMeasurementRange" type="OrientedLatitudeLongitudeSweepType" minOccurs="0"/>

<xs:element name="LatitudeLongitudeSweepFull" type="OrientedLatitudeLongitudeSweepType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ToroidalSegmentFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < SurfaceFeatureNominalBaseType (by extension) < ToroidalSegmentFeatureNominalType (by extension)
Sub-types:	None

Name	ToroidalSegmentFeatureNominalType
Abstract	no
Documentation	The ToroidalSegmentFeatureNominalType defines the toroidal segment feature nominal information for an individual toroidal segment feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Location> PointType </Location> [1] ?

<AxisVector> UnitVectorType </AxisVector> [1] ?

<LatitudeLongitudeSweep> LatitudeLongitudeSweepType </LatitudeLongitudeSweep> [1] ?

<Constructed> ToroidalSegmentConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="ToroidalSegmentFeatureNominalType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Location" type="PointType"/>

<xs:element name="AxisVector" type="UnitVectorType"/>

<xs:element name="LatitudeLongitudeSweep" type="LatitudeLongitudeSweepType"/>

<xs:element name="Constructed" type="ToroidalSegmentConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ToroidalSegmentMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	ToroidalSegmentMeasurementDeterminationType
Abstract	no
Documentation	The ToroidalSegmentMeasurementDeterminationType defines how the toroidal segment measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> ToroidalSegmentCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="ToroidalSegmentMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="ToroidalSegmentCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: ToroidalSegmentRecompType

Super-types:	ConstructionMethodBaseType < ToroidalSegmentRecompType (by extension)
Sub-types:	None

Name	ToroidalSegmentRecompType
Abstract	no
Documentation	The ToroidalSegmentRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit toroidal segment through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ToroidalSegmentRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: ToroidalSegmentTransformType

Super-types:	ConstructionMethodBaseType < ToroidalSegmentTransformType (by extension)
Sub-types:	None

Name	ToroidalSegmentTransformType
Abstract	no
Documentation	The ToroidalSegmentTransformType defines a toroidal segment construction by the transformation of a toroidal segment through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseToroidalSegment> BaseFeatureType </BaseToroidalSegment> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="ToroidalSegmentTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseToroidalSegment" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: TorusBestFitType

Super-types:	ConstructionMethodBaseType < TorusBestFitType (by extension)
Sub-types:	None

Name	TorusBestFitType
Abstract	no
Documentation	The TorusBestFitType defines the information for a best-fit torus which includes a list of point-reducible base features; the points to which those features reduce are used in the best-fit construction of the torus.

XML Instance Representation

<...
n="NaturalType [1] ?">

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> SequencedBaseFeatureType </BaseFeature> [9..*] ?

</...>

Schema Component Representation

<xs:complexType name="TorusBestFitType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="SequencedBaseFeatureType" minOccurs="9" maxOccurs="unbounded"/>

</xs:sequence>

<xs:attribute name="n" type="NaturalType" use="required"/>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: TorusCastType

Super-types:	ConstructionMethodBaseType < TorusCastType (by extension)
Sub-types:	None

Name	TorusCastType
Abstract	no
Documentation	The TorusCastType defines the cast of another feature type to a torus. The location and size are copied from the base feature.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeature> BaseFeatureType </BaseFeature> [1] ?

</...>

Schema Component Representation

<xs:complexType name="TorusCastType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeature" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: TorusCheckedFeatureType

Super-types:	None
Sub-types:	None

Name	TorusCheckedFeatureType
Abstract	no
Documentation	The TorusCheckedFeatureType defines that a torus feature is checked.

XML Instance Representation

<...>

<CheckDetails> TorusCheckedType </CheckDetails> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="TorusCheckedFeatureType">

<xs:sequence>

<xs:element name="CheckDetails" type="TorusCheckedType" minOccurs="0"/>

</xs:sequence>

</xs:complexType>

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Complex Type: TorusCheckedType

Super-types:	None
Sub-types:	None

Name	TorusCheckedType
Abstract	no
Documentation	The TorusCheckedType defines how the torus measurement is checked, either by direct measurement or by construction.

XML Instance Representation

<...>
Start Choice [1]

<Measured> MeasuredFeatureType </Measured> [1] ?

<Constructed> TorusConstructionMethodType </Constructed> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="TorusCheckedType">

<xs:choice>

<xs:element name="Measured" type="MeasuredFeatureType"/>

<xs:element name="Constructed" type="TorusConstructionMethodType"/>

</xs:choice>

</xs:complexType>

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Complex Type: TorusConstructionMethodType

Super-types:	None
Sub-types:	None

Name	TorusConstructionMethodType
Abstract	no
Documentation	The TorusConstructionMethodType defines the method for constructing a unique nominal or measured torus feature.

XML Instance Representation

<...>
Start Choice [0..1] ?

<BestFit> TorusBestFitType </BestFit> [1] ?

<Recompensated> TorusRecompType </Recompensated> [1] ?

<Copy> TorusCopyType </Copy> [1] ?

<Cast> TorusCastType </Cast> [1] ?

<Transform> TorusTransformType </Transform> [1] ?

<FromScan> TorusFromScanType </FromScan> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="TorusConstructionMethodType">

<xs:choice minOccurs="0">

<xs:element name="BestFit" type="TorusBestFitType"/>

<xs:element name="Recompensated" type="TorusRecompType"/>

<xs:element name="Copy" type="TorusCopyType"/>

<xs:element name="Cast" type="TorusCastType"/>

<xs:element name="Transform" type="TorusTransformType"/>

<xs:element name="FromScan" type="TorusFromScanType"/>

</xs:choice>

</xs:complexType>

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Complex Type: TorusCopyType

Super-types:	ConstructionMethodBaseType < TorusCopyType (by extension)
Sub-types:	None

Name	TorusCopyType
Abstract	no
Documentation	The TorusCopyType defines a copied torus construction.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseTorus> BaseFeatureType </BaseTorus> [1] ?

</...>

Schema Component Representation

<xs:complexType name="TorusCopyType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseTorus" type="BaseFeatureType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: TorusFeatureDefinitionType

Super-types:	FeatureBaseType < FeatureDefinitionBaseType (by extension) < ShapeFeatureDefinitionBaseType (by extension) < SurfaceFeatureDefinitionBaseType (by extension) < TorusFeatureDefinitionType (by extension)
Sub-types:	None

Name	TorusFeatureDefinitionType
Abstract	no
Documentation	The TorusFeatureDefinitionType defines the torus feature nominal information that can be common to one or more torus features.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<InternalExternal> InternalExternalEnumType </InternalExternal> [1] ?

<MinorDiameter> LinearValueType </MinorDiameter> [1] ?

<MajorDiameter> LinearValueType </MajorDiameter> [1] ?

</...>

Schema Component Representation

<xs:complexType name="TorusFeatureDefinitionType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureDefinitionBaseType">

<xs:sequence>

<xs:element name="InternalExternal" type="InternalExternalEnumType"/>

<xs:element name="MinorDiameter" type="LinearValueType"/>

<xs:element name="MajorDiameter" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: TorusFeatureItemType

Super-types:	FeatureBaseType < FeatureItemBaseType (by extension) < ShapeFeatureItemBaseType (by extension) < SurfaceFeatureItemBaseType (by extension) < TorusFeatureItemType (by extension)
Sub-types:	None

Name	TorusFeatureItemType
Abstract	no
Documentation	The TorusFeatureItemType defines an individual torus feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureNominalId> QIFReferenceFullType </FeatureNominalId> [1] ?

<ParentFeatureItemId> QIFReferenceType </ParentFeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [1] ?

<UUID> QPIdType </UUID> [0..1] ?

<NotableEventIds> ArrayReferenceType </NotableEventIds> [0..1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<VirtualMeasurement> VirtualMeasurementType </VirtualMeasurement> [0..1] ?

<DeterminationMode> TorusMeasurementDeterminationType </DeterminationMode> [1] ?

</...>

Schema Component Representation

<xs:complexType name="TorusFeatureItemType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureItemBaseType">

<xs:sequence>

<xs:element name="DeterminationMode" type="TorusMeasurementDeterminationType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: TorusFeatureMeasurementType

Super-types:	FeatureBaseType < FeatureMeasurementBaseType (by extension) < ShapeFeatureMeasurementBaseType (by extension) < SurfaceFeatureMeasurementBaseType (by extension) < TorusFeatureMeasurementType (by extension)
Sub-types:	None

Name	TorusFeatureMeasurementType
Abstract	no
Documentation	The TorusFeatureMeasurementType defines the torus feature measurement information for an individual torus feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<FeatureItemId> QIFReferenceType </FeatureItemId> [0..1] ?

<FeatureName> xs:token </FeatureName> [0..1] ?

<TimeStamp> xs:dateTime </TimeStamp> [0..1] ?

<ActualComponentId> QIFReferenceFullType </ActualComponentId> [0..1] ?

<ManufacturingProcessId> QIFReferenceFullType </ManufacturingProcessId> [0..1] ?

<MeasurementDeviceIds> ArrayReferenceFullType </MeasurementDeviceIds> [0..1] ?

<ActualTransformId> QIFReferenceType </ActualTransformId> [0..1] ?

<NotedEventIds> ArrayReferenceFullType </NotedEventIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<ProxyMeasurementId> QIFReferenceType </ProxyMeasurementId> [0..1] ?

<Location> MeasuredPointType </Location> [0..1] ?

<AxisVector> MeasuredUnitVectorType </AxisVector> [0..1] ?

<MinorDiameter> MeasuredLinearValueType </MinorDiameter> [0..1] ?

<MajorDiameter> MeasuredLinearValueType </MajorDiameter> [0..1] ?

<LatitudeLongitudeSweepMeasurementRange> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweepMeasurementRange> [0..1] ?

<LatitudeLongitudeSweepFull> OrientedLatitudeLongitudeSweepType </LatitudeLongitudeSweepFull> [0..1] ?

<Form> MeasuredLinearValueType </Form> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="TorusFeatureMeasurementType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureMeasurementBaseType">

<xs:sequence>

<xs:element name="Location" type="MeasuredPointType" minOccurs="0"/>

<xs:element name="AxisVector" type="MeasuredUnitVectorType" minOccurs="0"/>

<xs:element name="MinorDiameter" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="MajorDiameter" type="MeasuredLinearValueType" minOccurs="0"/>

<xs:element name="LatitudeLongitudeSweepMeasurementRange" type="OrientedLatitudeLongitudeSweepType" minOccurs="0"/>

<xs:element name="LatitudeLongitudeSweepFull" type="OrientedLatitudeLongitudeSweepType" minOccurs="0"/>

<xs:element name="Form" type="MeasuredLinearValueType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: TorusFeatureNominalType

Super-types:	FeatureBaseType < FeatureNominalBaseType (by extension) < ShapeFeatureNominalBaseType (by extension) < SurfaceFeatureNominalBaseType (by extension) < TorusFeatureNominalType (by extension)
Sub-types:	None

Name	TorusFeatureNominalType
Abstract	no
Documentation	The TorusFeatureNominalType defines the torus feature nominal information for an individual torus feature.

XML Instance Representation

<...
id="QIFIdType [1] ?">

<Attributes> ... </Attributes> [0..1] ?

<Name> xs:token </Name> [0..1] ?

<UUID> QPIdType </UUID> [0..1] ?

<FeatureDefinitionId> QIFReferenceType </FeatureDefinitionId> [1] ?

<ParentFeatureNominalId> QIFReferenceType </ParentFeatureNominalId> [0..1] ?

<EntityInternalIds> ArrayReferenceFullType </EntityInternalIds> [0..1] ?

<EntityExternalIds> ArrayReferenceFullType </EntityExternalIds> [0..1] ?

<PointList> PointListType </PointList> [0..1] ?

<SubstituteFeatureAlgorithm> SubstituteFeatureAlgorithmType </SubstituteFeatureAlgorithm> [0..1] ?

<Location> PointType </Location> [1] ?

<AxisVector> UnitVectorType </AxisVector> [1] ?

<LatitudeLongitudeSweep> LatitudeLongitudeSweepType </LatitudeLongitudeSweep> [0..1] ?

<Constructed> TorusConstructionMethodType </Constructed> [0..1] ?

</...>

Schema Component Representation

<xs:complexType name="TorusFeatureNominalType">

<xs:complexContent>

<xs:extension base="SurfaceFeatureNominalBaseType">

<xs:sequence>

<xs:element name="Location" type="PointType"/>

<xs:element name="AxisVector" type="UnitVectorType"/>

<xs:element name="LatitudeLongitudeSweep" type="LatitudeLongitudeSweepType" minOccurs="0"/>

<xs:element name="Constructed" type="TorusConstructionMethodType" minOccurs="0"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: TorusFromScanType

Super-types:	ConstructionMethodBaseType < TorusFromScanType (by extension)
Sub-types:	None

Name	TorusFromScanType
Abstract	no
Documentation	The TorusFromScanType defines a torus feature construction by the retrieval of a torus feature from a scanned surface feature (point cloud).

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<SurfaceFeature> BaseFeatureType </SurfaceFeature> [1] ?

<SearchRadius> LinearValueType </SearchRadius> [1] ?

</...>

Schema Component Representation

<xs:complexType name="TorusFromScanType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="SurfaceFeature" type="BaseFeatureType"/>

<xs:element name="SearchRadius" type="LinearValueType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: TorusMeasurementDeterminationType

Super-types:	None
Sub-types:	None

Name	TorusMeasurementDeterminationType
Abstract	no
Documentation	The TorusMeasurementDeterminationType defines how the torus measurement is determined, either by being set or by being checked (directly measured or constructed).

XML Instance Representation

<...>
Start Choice [1]

<Checked> TorusCheckedFeatureType </Checked> [1] ?

<Set> SetFeatureType </Set> [1] ?

End Choice
</...>

Schema Component Representation

<xs:complexType name="TorusMeasurementDeterminationType">

<xs:choice>

<xs:element name="Checked" type="TorusCheckedFeatureType"/>

<xs:element name="Set" type="SetFeatureType"/>

</xs:choice>

</xs:complexType>

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Complex Type: TorusRecompType

Super-types:	ConstructionMethodBaseType < TorusRecompType (by extension)
Sub-types:	None

Name	TorusRecompType
Abstract	no
Documentation	The TorusRecompType defines a list of base feature points for construction of a re-compensated-for-probe-size best-fit torus through the measurement points of base features.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseFeaturePointList> BaseFeaturePointListType </BaseFeaturePointList> [1] ?

</...>

Schema Component Representation

<xs:complexType name="TorusRecompType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseFeaturePointList" type="BaseFeaturePointListType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: TorusTransformType

Super-types:	ConstructionMethodBaseType < TorusTransformType (by extension)
Sub-types:	None

Name	TorusTransformType
Abstract	no
Documentation	The TorusTransformType defines a torus construction by the transformation of a torus through the specified nominal or actual coordinate system.

XML Instance Representation

<...>

<NominalsCalculated> xs:boolean </NominalsCalculated> [0..1] ?

<BaseTorus> BaseFeatureType </BaseTorus> [1] ?

<Transformation> TransformationReferenceType </Transformation> [1] ?

</...>

Schema Component Representation

<xs:complexType name="TorusTransformType">

<xs:complexContent>

<xs:extension base="ConstructionMethodBaseType">

<xs:sequence>

<xs:element name="BaseTorus" type="BaseFeatureType"/>

<xs:element name="Transformation" type="TransformationReferenceType"/>

</xs:sequence>

</xs:extension>

</xs:complexContent>

</xs:complexType>

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Complex Type: TransformationReferenceType

Super-types:	None
Sub-types:	None

Name	TransformationReferenceType
Abstract	no
Documentation	The TransformationReferenceType defines a component of a coordinate system to be used in a transform-by construction.

XML Instance Representation

<...>

<ReferencedComponent> ReferencedComponentEnumType </ReferencedComponent> [1] ?

<CoordinateSystemId> QIFReferenceFullType </CoordinateSystemId> [1] ?

<SequenceNumber> NaturalType </SequenceNumber> [1] ?

</...>

Schema Component Representation

<xs:complexType name="TransformationReferenceType">

<xs:sequence>

<xs:element name="ReferencedComponent" type="ReferencedComponentEnumType"/>

<xs:element name="CoordinateSystemId" type="QIFReferenceFullType"/>

<xs:element name="SequenceNumber" type="NaturalType"/>

</xs:sequence>

</xs:complexType>

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Simple Type: MarkingMethodEnumType

Super-types:	xs:NMTOKEN < MarkingMethodEnumType (by restriction)
Sub-types:	None

Name

MarkingMethodEnumType

Content

Base XSD Type: NMTOKEN

value comes from list: {'PAINT'|'STAIN'|'ENSCRIBE'|'EMBOSS'}

Documentation

The MarkingMethodEnumType enumerates values that describe commonly used methods of making a marking.

Schema Component Representation

<xs:simpleType name="MarkingMethodEnumType">

<xs:restriction base="xs:NMTOKEN">

<xs:enumeration value="PAINT"/>

<xs:enumeration value="STAIN"/>

<xs:enumeration value="ENSCRIBE"/>

<xs:enumeration value="EMBOSS"/>

</xs:restriction>

</xs:simpleType>

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Legend

Complex Type:

Schema Component Type

AusAddress

Schema Component Name

Super-types:	Address < AusAddress (by extension)
Sub-types:	QLDAddress (by restriction)

If this schema component is a type definition, its type hierarchy is shown in a gray-bordered box.

Name	AusAddress
Abstract	no

The table above displays the properties of this schema component.

XML Instance Representation

<... country="Australia" >
<unitNo> string </unitNo> [0..1]
<houseNo> string </houseNo> [1]
<street> string </street> [1]
Start Choice [1]
<city> string </city> [1]
<town> string </town> [1]
End Choice
<state> AusStates </state> [1]
<postcode> string <<pattern = [1-9][0-9]{3}>> </postcode> [1] ?
</...>

The XML Instance Representation table above shows the schema component's content as an XML instance.

The minimum and maximum occurrence of elements and attributes are provided in square brackets, e.g. [0..1].
Model group information are shown in gray, e.g. Start Choice ... End Choice.
For type derivations, the elements and attributes that have been added to or changed from the base type's content are shown in bold.
If an element/attribute has a fixed value, the fixed value is shown in green, e.g. country="Australia".
Otherwise, the type of the element/attribute is displayed.
- If the element/attribute's type is in the schema, a link is provided to it.
- For local simple type definitions, the constraints are displayed in angle brackets, e.g. <<pattern = [1-9][0-9]{3}>>.
If a local element/attribute has documentation, it will be displayed in a window that pops up when the question mark inside the attribute or next to the element is clicked, e.g. <postcode>.

Schema Component Representation

The Schema Component Representation table above displays the underlying XML representation of the schema component. (Annotations are not shown.)

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Glossary

Abstract (Applies to complex type definitions and element declarations). An abstract element or complex type cannot used to validate an element instance. If there is a reference to an abstract element, only element declarations that can substitute the abstract element can be used to validate the instance. For references to abstract type definitions, only derived types can be used.

All Model Group Child elements can be provided in any order in instances. See: http://www.w3.org/TR/xmlschema-1/#element-all.

Choice Model Group Only one from the list of child elements and model groups can be provided in instances. See: http://www.w3.org/TR/xmlschema-1/#element-choice.

Collapse Whitespace Policy Replace tab, line feed, and carriage return characters with space character (Unicode character 32). Then, collapse contiguous sequences of space characters into single space character, and remove leading and trailing space characters.

Disallowed Substitutions (Applies to element declarations). If substitution is specified, then substitution group members cannot be used in place of the given element declaration to validate element instances. If derivation methods, e.g. extension, restriction, are specified, then the given element declaration will not validate element instances that have types derived from the element declaration's type using the specified derivation methods. Normally, element instances can override their declaration's type by specifying an xsi:type attribute.

Key Constraint Like Uniqueness Constraint, but additionally requires that the specified value(s) must be provided. See: http://www.w3.org/TR/xmlschema-1/#cIdentity-constraint_Definitions.

Key Reference Constraint Ensures that the specified value(s) must match value(s) from a Key Constraint or Uniqueness Constraint. See: http://www.w3.org/TR/xmlschema-1/#cIdentity-constraint_Definitions.

Model Group Groups together element content, specifying the order in which the element content can occur and the number of times the group of element content may be repeated. See: http://www.w3.org/TR/xmlschema-1/#Model_Groups.

Nillable (Applies to element declarations). If an element declaration is nillable, instances can use the xsi:nil attribute. The xsi:nil attribute is the boolean attribute, nil, from the http://www.w3.org/2001/XMLSchema-instance namespace. If an element instance has an xsi:nil attribute set to true, it can be left empty, even though its element declaration may have required content.

Notation A notation is used to identify the format of a piece of data. Values of elements and attributes that are of type, NOTATION, must come from the names of declared notations. See: http://www.w3.org/TR/xmlschema-1/#cNotation_Declarations.

Preserve Whitespace Policy Preserve whitespaces exactly as they appear in instances.

Prohibited Derivations (Applies to type definitions). Derivation methods that cannot be used to create sub-types from a given type definition.

Prohibited Substitutions (Applies to complex type definitions). Prevents sub-types that have been derived using the specified derivation methods from validating element instances in place of the given type definition.

Replace Whitespace Policy Replace tab, line feed, and carriage return characters with space character (Unicode character 32).

Sequence Model Group Child elements and model groups must be provided in the specified order in instances. See: http://www.w3.org/TR/xmlschema-1/#element-sequence.

Substitution Group Elements that are members of a substitution group can be used wherever the head element of the substitution group is referenced.

Substitution Group Exclusions (Applies to element declarations). Prohibits element declarations from nominating themselves as being able to substitute a given element declaration, if they have types that are derived from the original element's type using the specified derivation methods.

Target Namespace The target namespace identifies the namespace that components in this schema belongs to. If no target namespace is provided, then the schema components do not belong to any namespace.

Uniqueness Constraint Ensures uniqueness of an element/attribute value, or a combination of values, within a specified scope. See: http://www.w3.org/TR/xmlschema-1/#cIdentity-constraint_Definitions.

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Name	EdgePointFeatureDefinition
Type	EdgePointFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global EdgePointFeatureDefinition element gives information about an edge point feature that may be used by more than one feature.

Name	EdgePointFeatureItem
Type	EdgePointFeatureItemType
Nillable	no
Abstract	no
Documentation	The global EdgePointFeatureItem element gives information about an edge point feature item.

Name	EdgePointFeatureMeasurement
Type	EdgePointFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global EdgePointFeatureMeasurement element gives information about an edge point feature measurement.

Name	EdgePointFeatureNominal
Type	EdgePointFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global EdgePointFeatureNominal element gives nominal information about a unique edge point feature.

Name	EllipseFeatureDefinition
Type	EllipseFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global EllipseFeatureDefinition element gives information about an ellipse feature that may be used by more than one feature.

Name	EllipseFeatureItem
Type	EllipseFeatureItemType
Nillable	no
Abstract	no
Documentation	The global EllipseFeatureItem element gives information about an ellipse feature item.

Name	EllipseFeatureMeasurement
Type	EllipseFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global EllipseFeatureMeasurement element gives information about an ellipse feature measurement.

Name	EllipseFeatureNominal
Type	EllipseFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global EllipseFeatureNominal element gives nominal information about a unique ellipse feature.

Name	EllipticalArcFeatureDefinition
Type	EllipticalArcFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global EllipticalArcFeatureDefinition element gives information about an elliptical arc feature that may be used by more than one feature.

Name	EllipticalArcFeatureItem
Type	EllipticalArcFeatureItemType
Nillable	no
Abstract	no
Documentation	The global EllipticalArcFeatureItem element gives information about an elliptical arc feature item.

Name	EllipticalArcFeatureMeasurement
Type	EllipticalArcFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global EllipticalArcFeatureMeasurement element gives information about an elliptical arc feature measurement.

Name	EllipticalArcFeatureNominal
Type	EllipticalArcFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global EllipticalArcFeatureNominal element gives nominal information about a unique elliptical arc feature.

Name	ElongatedCircleFeatureDefinition
Type	ElongatedCircleFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global ElongatedCircleFeatureDefinition element gives information about an elongated circle feature that may be used by more than one feature.

Name	ElongatedCircleFeatureItem
Type	ElongatedCircleFeatureItemType
Nillable	no
Abstract	no
Documentation	The global ElongatedCircleFeatureItem element gives information about an elongated circle feature item.

Name	ElongatedCircleFeatureMeasurement
Type	ElongatedCircleFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global ElongatedCircleFeatureMeasurement element gives information about an elongated circle feature measurement.

Name	ElongatedCircleFeatureNominal
Type	ElongatedCircleFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global ElongatedCircleFeatureNominal element gives nominal information about a unique elongated circle feature.

Name	ElongatedCylinderFeatureDefinition
Type	ElongatedCylinderFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global ElongatedCylinderFeatureDefinition element gives information about an elongated cylinder feature that may be used by more than one feature.

Name	ElongatedCylinderFeatureItem
Type	ElongatedCylinderFeatureItemType
Nillable	no
Abstract	no
Documentation	The global ElongatedCylinderFeatureItem element gives information about an elongated cylinder feature item.

Name	ElongatedCylinderFeatureMeasurement
Type	ElongatedCylinderFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global ElongatedCylinderFeatureMeasurement element gives information about an elongated cylinder feature measurement.

Name	ElongatedCylinderFeatureNominal
Type	ElongatedCylinderFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global ElongatedCylinderFeatureNominal element gives nominal information about a unique elongated cylinder feature.

XML Schema Documentation

Table of Contents

Schema Document Properties

Declared Namespaces

Global Declarations

Element: CircleFeatureDefinition

Element: CircleFeatureItem

Element: CircleFeatureMeasurement

Element: CircleFeatureNominal

Element: CircularArcFeatureDefinition

Element: CircularArcFeatureItem

Element: CircularArcFeatureMeasurement

Element: CircularArcFeatureNominal

Element: ConeFeatureDefinition

Element: ConeFeatureItem

Element: ConeFeatureMeasurement

Element: ConeFeatureNominal

Element: ConicalSegmentFeatureDefinition

Element: ConicalSegmentFeatureItem

Element: ConicalSegmentFeatureMeasurement

Element: ConicalSegmentFeatureNominal

Element: CylinderFeatureDefinition

Element: CylinderFeatureItem

Element: CylinderFeatureMeasurement

Element: CylinderFeatureNominal

Element: CylindricalSegmentFeatureDefinition

Element: CylindricalSegmentFeatureItem

Element: CylindricalSegmentFeatureMeasurement

Element: CylindricalSegmentFeatureNominal

Element: EdgePointFeatureDefinition

Element: EdgePointFeatureItem

Element: EdgePointFeatureMeasurement

Element: EdgePointFeatureNominal

Element: EllipseFeatureDefinition

Element: EllipseFeatureItem

Element: EllipseFeatureMeasurement

Element: EllipseFeatureNominal

Element: EllipticalArcFeatureDefinition

Element: EllipticalArcFeatureItem

Element: EllipticalArcFeatureMeasurement

Element: EllipticalArcFeatureNominal

Element: ElongatedCircleFeatureDefinition

Element: ElongatedCircleFeatureItem

Element: ElongatedCircleFeatureMeasurement

Element: ElongatedCircleFeatureNominal

Element: ElongatedCylinderFeatureDefinition

Element: ElongatedCylinderFeatureItem

Element: ElongatedCylinderFeatureMeasurement

Element: ElongatedCylinderFeatureNominal

Element: ExtrudedCrossSectionFeatureDefinition

Element: ExtrudedCrossSectionFeatureItem

Element: ExtrudedCrossSectionFeatureMeasurement

Element: ExtrudedCrossSectionFeatureNominal

Element: FeatureDefinition

Element: FeatureItem

Element: FeatureMeasurement

Element: FeatureNominal

Element: Features

Element: FeatureZone

Element: FeatureZoneAreaBetween

Element: FeatureZoneAreaCircular

Element: FeatureZoneAreaCylindrical

Element: FeatureZoneAreaIrregular

Element: FeatureZoneAreaRectangular

Element: FeatureZoneAreaSpherical

Element: FeatureZoneCurveCircular

Element: FeatureZoneCurveIrregular

Element: FeatureZoneCurveLine

Element: FeatureZonePoint

Element: FeatureZones

Element: GroupFeatureDefinition

Element: GroupFeatureItem

Element: GroupFeatureMeasurement

Element: GroupFeatureNominal

Element: LineFeatureDefinition

Element: LineFeatureItem

Element: LineFeatureMeasurement

Element: LineFeatureNominal

Element: MarkingFeatureDefinition

Element: MarkingFeatureItem

Name	ExtrudedCrossSectionFeatureDefinition
Type	ExtrudedCrossSectionFeatureDefinitionType
Nillable	no
Abstract	no
Documentation	The global ExtrudedCrossSectionFeatureDefinition element gives information about an extruded cross section feature that may be used by more than one feature.

Name	ExtrudedCrossSectionFeatureItem
Type	ExtrudedCrossSectionFeatureItemType
Nillable	no
Abstract	no
Documentation	The global ExtrudedCrossSectionFeatureItem element gives information about an extruded cross section feature item.

Name	ExtrudedCrossSectionFeatureMeasurement
Type	ExtrudedCrossSectionFeatureMeasurementType
Nillable	no
Abstract	no
Documentation	The global ExtrudedCrossSectionFeatureMeasurement element gives information about an extruded cross section feature measurement.

Name	ExtrudedCrossSectionFeatureNominal
Type	ExtrudedCrossSectionFeatureNominalType
Nillable	no
Abstract	no
Documentation	The global ExtrudedCrossSectionFeatureNominal element gives nominal information about a unique extruded cross section feature.

Name	FeatureDefinition
Type	FeatureDefinitionBaseType
Nillable	no
Abstract	yes
Documentation	The abstract global FeatureDefinition element is the head of a substitution group. Any element that is a member of the group may be substituted for the FeatureDefinition element anywhere the FeatureDefinition element could be used in an instance file if it were not abstract.

Name	FeatureItem
Type	FeatureItemBaseType
Nillable	no
Abstract	yes
Documentation	The abstract global FeatureItem element is the head of a substitution group. Any element that is a member of the group may be substituted for the FeatureItem element anywhere the FeatureItem element could be used in an instance file if it were not abstract. The allowed substitutes are all derived from either ShapeFeatureItemBaseType or NonShapeFeatureItemBaseType.

Name	FeatureMeasurement
Type	FeatureMeasurementBaseType
Nillable	no
Abstract	yes
Documentation	The abstract global FeatureMeasurement element is the head of a substitution group. Any element that is a member of the group may be substituted for the FeatureMeasurement element anywhere the FeatureMeasurement element could be used in an instance file if it were not abstract.

Name	FeatureNominal
Type	FeatureNominalBaseType
Nillable	no
Abstract	yes
Documentation	The abstract global FeatureNominal element is the head of a substitution group. Any element that is a member of the group may be substituted for the FeatureNominal element anywhere the FeatureNominal element could be used in an instance file if it were not abstract.

Name	Features
Type	FeatureAspectsListsType
Nillable	no
Abstract	no
Documentation	The Features element describes inspection features.